oguzY/quantum-discovery-lab
Text Generation • Updated • 8
id stringlengths 11 14 | engine stringclasses 4
values | family stringclasses 12
values | task_type stringclasses 1
value | user_goal stringclasses 39
values | research_question stringclasses 36
values | design_constraints unknown | evaluation_objective dict | required_output dict | scientific_caveat stringclasses 1
value | prompt stringlengths 686 750 | split stringclasses 1
value | task_key stringclasses 12
values | verification_status stringclasses 1
value |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
qdl-quspin-003 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_state_ipr. | Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.18733,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.18733,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermi... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-004 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric energy_gap. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-side... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-007 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_state_ipr. | Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.102,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.102,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "i... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-008 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric energy_gap. | Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.16067,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.16067,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermitian_terms": ... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-012 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric energy_gap. | Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.17667,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.17667,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-013 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_energy. | Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.05,
"scale": 1.3275
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.05,
"scale": 1.3275
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_herm... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-014 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.298,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.298,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "incl... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-017 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_energy. | Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2,
"scale": 1.3
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2,
"scale": 1.3
}
},
"note": "Example response schema; engine/objective are immutable server-sid... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-018 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.20733,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.20733,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_hermi... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-019 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric ground_state_ipr. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.17133,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.17133,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-022 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric distinct_energy_gap. | Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.22333,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.22333,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "i... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-023 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_state_ipr. | Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.182,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.182,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermitian_terms": ... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-024 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric energy_gap. | Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 3,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.14467,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.14467,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 3, "include_valid_hermit... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-027 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_state_ipr. | Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.198,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.198,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-028 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric energy_gap. | Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15533,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15533,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_herm... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-029 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric ground_energy. | Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.1,
"scale": 1.355
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.1,
"scale": 1.355
}
},
"note": "Example response schema; engine/objective are immutable server... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "incl... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-034 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.29267,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.29267,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-038 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.202,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.202,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_hermitian_terms": ... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-042 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric distinct_energy_gap. | Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.218,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.218,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-043 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_state_ipr. | Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.17667,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.17667,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_herm... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-047 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_state_ipr. | Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.19267,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.19267,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-048 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric energy_gap. | Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-side... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermi... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-049 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric ground_energy. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.11667,
"scale": 1.36417
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.11667,
"scale": 1.36417
}
},
"note": "Example response schema; engine/objective are immutable ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-053 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_energy. | Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.08333,
"scale": 1.34583
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.08333,
"scale": 1.34583
}
},
"note": "Example response schema; engine/objective are immutable ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermitian_terms": ... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-054 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 3,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.28733,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.28733,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 3, "include_valid_hermit... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-057 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_energy. | Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.03333,
"scale": 1.31833
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.03333,
"scale": 1.31833
}
},
"note": "Example response schema; engine/objective are immutable ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-058 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.298,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.298,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_herm... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-059 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric ground_state_ipr. | Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.16067,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.16067,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "incl... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-062 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric distinct_energy_gap. | Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.21267,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.21267,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-063 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_state_ipr. | Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.17133,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.17133,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermi... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-064 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric energy_gap. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.134,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.134,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-sid... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-067 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_state_ipr. | Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.18733,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.18733,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "i... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-069 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric ground_energy. | Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 3,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.13333,
"scale": 1.37333
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.13333,
"scale": 1.37333
}
},
"note": "Example response schema; engine/objective are immutable ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 3, "include_valid_hermit... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-074 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.282,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.282,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "incl... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-077 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_energy. | Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.05,
"scale": 1.3275
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.05,
"scale": 1.3275
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-078 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.29267,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.29267,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_hermi... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-079 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric ground_state_ipr. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.15533,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.15533,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-082 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric distinct_energy_gap. | Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.20733,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.20733,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "i... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-083 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_state_ipr. | Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.166,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.166,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermitian_terms": ... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-084 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric energy_gap. | Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 3,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.12867,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.12867,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 3, "include_valid_hermit... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-087 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_state_ipr. | Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.182,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.182,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-088 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric energy_gap. | Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.13933,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.13933,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_herm... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-089 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric ground_energy. | Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.15,
"scale": 1.3825
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.15,
"scale": 1.3825
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "incl... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-092 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric energy_gap. | Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15533,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15533,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-093 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_energy. | Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.11667,
"scale": 1.36417
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.11667,
"scale": 1.36417
}
},
"note": "Example response schema; engine/objective are immutable ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermi... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-094 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.27667,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.27667,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-097 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_energy. | Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.06667,
"scale": 1.33667
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.06667,
"scale": 1.33667
}
},
"note": "Example response schema; engine/objective are immutable ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "i... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-098 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.28733,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.28733,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_hermitian_terms": ... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-102 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric distinct_energy_gap. | Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.202,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.202,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-103 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_state_ipr. | Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.16067,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.16067,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_herm... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-104 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric energy_gap. | Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.12333,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.12333,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "incl... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-107 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric ground_state_ipr. | Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.17667,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_state_ipr",
"direction": "maximize",
"target": 0.17667,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable se... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-108 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric energy_gap. | Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.134,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.134,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-sid... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermi... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-109 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric ground_energy. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.85,
"scale": 1.2175
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.85,
"scale": 1.2175
}
},
"note": "Example response schema; engine/objective are immutable serv... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-112 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric energy_gap. | Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.15,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-side... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "i... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-113 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric ground_energy. | Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 4,
"avoid_extreme_couplings": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.13333,
"scale": 1.37333
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -2.13333,
"scale": 1.37333
}
},
"note": "Example response schema; engine/objective are immutable ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 4, "include_valid_hermitian_terms": ... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-114 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 3,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.27133,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.27133,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 3, "include_valid_hermit... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-118 | quspin | boson_hopping | research_hypothesis | Investigate boson hopping using quspin and the metric distinct_energy_gap. | Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "boson",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.282,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.282,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the boson hopping model using quspin. Investigation quspin/boson_hopping; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_herm... | train | quspin/boson_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-122 | quspin | heisenberg_anisotropic | research_hypothesis | Investigate heisenberg anisotropic using quspin and the metric distinct_energy_gap. | Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": "1/2",
"particle_kind": "spin",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.298,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "distinct_energy_gap",
"direction": "maximize",
"target": 0.298,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable s... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the heisenberg anisotropic model using quspin. Investigation quspin/heisenberg_anisotropic; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "... | train | quspin/heisenberg_anisotropic | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-quspin-124 | quspin | fermion_hopping | research_hypothesis | Investigate fermion hopping using quspin and the metric energy_gap. | Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"sites_range": [
3,
7
],
"spin": null,
"particle_kind": "fermion",
"include_valid_hermitian_terms": true,
"eigenpairs_min": 5,
"avoid_extreme_couplings": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.118,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "quspin",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.118,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-sid... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the fermion hopping model using quspin. Investigation quspin/fermion_hopping; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"avoid_extreme_couplings": true, "eigenpairs_min": 5, "include_valid_he... | train | quspin/fermion_hopping | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-000 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.27133,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.27133,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invar... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-001 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric ground_energy. | Investigation kwant/ladder; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.845,
"scale": 1.21475
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.845,
"scale": 1.21475
}
},
"note": "Example response schema; engine/objective are immutable ser... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_w... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-002 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-005 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric ground_energy. | Investigation kwant/chain; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.815,
"scale": 1.19825
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.815,
"scale": 1.19825
}
},
"note": "Example response schema; engine/objective are immutable ser... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invari... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-007 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_prot... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-010 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invariants": true, ... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-011 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invariant... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-012 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.23933,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.23933,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-015 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invar... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-016 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.25533,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.25533,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_w... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-017 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric ground_energy. | Investigation kwant/anisotropic_square; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.905,
"scale": 1.24775
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.905,
"scale": 1.24775
}
},
"note": "Example response schema; engine/objective are immutable ser... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-021 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric ground_energy. | Investigation kwant/ladder; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.86,
"scale": 1.223
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.86,
"scale": 1.223
}
},
"note": "Example response schema; engine/objective are immutable server... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invar... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-022 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_prot... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-025 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric ground_energy. | Investigation kwant/chain; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.83,
"scale": 1.2065
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.83,
"scale": 1.2065
}
},
"note": "Example response schema; engine/objective are immutable serve... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invariants": true, ... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-026 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invariant... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-027 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-030 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invar... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-031 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_w... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-032 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.234,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.234,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-side... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-035 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invari... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-036 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.25,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.25,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-side.... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invar... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-037 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric ground_energy. | Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.92,
"scale": 1.256
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.92,
"scale": 1.256
}
},
"note": "Example response schema; engine/objective are immutable server... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_prot... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-040 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.26067,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.26067,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invariants": true, ... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-041 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric ground_energy. | Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.875,
"scale": 1.23125
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.875,
"scale": 1.23125
}
},
"note": "Example response schema; engine/objective are immutable ser... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invariant... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-042 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-050 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invari... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-051 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invar... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-052 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.22867,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.22867,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_prot... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-055 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can the proposed behaviour survive a larger finite system? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invariants": true, ... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-056 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.24467,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.24467,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invariant... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-060 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.25533,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.25533,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invar... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-062 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-065 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric ground_energy. | Investigation kwant/chain; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.86,
"scale": 1.223
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "ground_energy",
"direction": "minimize",
"target": -1.86,
"scale": 1.223
}
},
"note": "Example response schema; engine/objective are immutable server... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can you justify this response without invoking an unmeasured new phase? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invari... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-066 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Provide a competing hypothesis with a different microscopic mechanism. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invar... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-067 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_prot... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-071 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Which counterexample would invalidate the physical interpretation? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_without_invariant... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-072 | kwant | anisotropic_square | research_hypothesis | Investigate anisotropic square using kwant and the metric energy_gap. | Investigation kwant/anisotropic_square; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.22333,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.22333,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the anisotropic square model using kwant. Investigation kwant/anisotropic_square; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_... | train | kwant/anisotropic_square | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-075 | kwant | chain | research_hypothesis | Investigate chain using kwant and the metric energy_gap. | Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 1,
"shape_max": [
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.2,
"scale": 0.8
}
},
"note": "Example response schema; engine/objective are immutable server-side. ... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the chain model using kwant. Investigation kwant/chain; Can an alternative coupling pattern satisfy the same measurement target? Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 1, "no_claim_of_topological_protection_without_invar... | train | kwant/chain | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
qdl-kwant-076 | kwant | ladder | research_hypothesis | Investigate ladder using kwant and the metric energy_gap. | Investigation kwant/ladder; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. | {
"dimension": 2,
"shape_max": [
8,
8
],
"orbitals": 1,
"valid_offsets_only": true,
"Hermitian_onsite": true,
"no_claim_of_topological_protection_without_invariants": true
} | {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.23933,
"scale": 0.9
} | {
"format": "json",
"schema": {
"engine": "kwant",
"system": "engine-specific model definition",
"objective": {
"metric": "energy_gap",
"direction": "maximize",
"target": 0.23933,
"scale": 0.9
}
},
"note": "Example response schema; engine/objective are immutable server-si... | A high simulation reward does not establish novelty, synthesis feasibility or experimental confirmation. | Investigate the ladder model using kwant. Investigation kwant/ladder; Propose an interpretable model that satisfies the target under stated constraints. Include a falsifiable prediction; do not claim experimental verification. Constraints: {"Hermitian_onsite": true, "dimension": 2, "no_claim_of_topological_protection_w... | train | kwant/ladder | SCHEMA_AUDITED_SIMULATION_NOT_RUN |
End of preview. Expand in Data Studio
Synthetic Quantum Discovery Dataset
An environment-grounded reinforcement learning dataset for scientific system design across QuSpin, Kwant, QuTiP, and ASE, using physics simulation feedback rather than supervised reference answers.
If you need the physics engine and reward function that cover all these modules, you can find them in the project files at https://oguzyesil.dev.
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