Phase Calculus Research Corpus
The Phase Calculus Research Corpus is the collected working archive of the Phase Calculus research program: papers, mathematical derivations, formal proofs, executable experiments, native runtimes, computational notebooks, validation packages, and the related Cortex, Xi, and VDM research in which the calculus has been developed and tested.
Rather than presenting only finished papers, the corpus preserves the research object around the theory. A result usually arrives with the script that produced it, the symbolic audit that checked it, the Lean surface that formalizes it, the trace log it ran against, and the review record that accepted or rejected it.
The core
At the center is a discrete retained-state calculus built around a recurring B/Q/L evolution:
- B - balanced refinement
- Q - quarter-turn phase transition
- L - domain extension
From this core the research develops the Lifted Object, the Orthad, retained state and memory, quotient and projection structure, Farey and Fibonacci-linked refinement, non-commutative phase geometry, multiscale behavior, and discrete-to-continuous constructions.
Where to start
For the core calculus in plain language, read The-Lifted-Object_Natural-Language-Walkthrough_v1.0.2.pdf at the repository root.
From there, progressively deeper views of the structure:
| Next | Directory |
|---|---|
| The exact B/Q/L recurrence | Publications/Phase-Calculus/CF19_The_Full_Lifted_Object/ |
| Formalization | Publications/Phase-Calculus/Phase_Calculus_Complete_Formalisation/ |
| Farey refinement and orthogonality | Publications/Phase-Calculus/Farey_Remainder_Recursion_and_Orthogonality/ |
| Quotient descent | Publications/Phase-Calculus/Quotient_Descent/ |
| Retained state as memory | Publications/Phase-Calculus/Monodromy_as_Memory/ |
| Non-commutative phase geometry | Publications/Phase-Calculus/Non_Commutative_Phase_Geometry/ |
| Downstream emergent-physics work | Cortex/ |
To read rather than run, Publications/Non-PC_Specific_CF_Packages/Variation_2/ is a PDF-only set of the CF series.
Quickstart
Large binaries are stored through Xet, so git-lfs must be installed before cloning.
git lfs install
git clone https://huggingface.co/datasets/jlietz93/Phase-Calculus-Research-Corpus
Metadata and text only, with binaries fetched later via git lfs pull --include=<path>:
GIT_LFS_SKIP_SMUDGE=1 git clone https://huggingface.co/datasets/jlietz93/Phase-Calculus-Research-Corpus
A single subtree:
pip install huggingface_hub
hf download jlietz93/Phase-Calculus-Research-Corpus \
--repo-type dataset \
--include "Publications/Phase-Calculus/**" \
--local-dir ./corpus
Packages ship hash manifests, so downloads can be verified in place:
cd Publications/Phase-Calculus/Domesticating_Chaos
sha256sum -c SHA256SUMS.txt
Repository layout
.
βββ Corpus_Stabilization/ Recovery ledgers, lineage maps, chronological observation record
βββ Cortex/ Emergent-physics research packages
βββ Misc_tex/ Loose LaTeX sources and shared paper inserts
βββ Phase-Calculus_Active-Study/ Phases 2-5: close-read passes, closure work, the review relay
βββ Publications/ Manuscripts and their validation bundles
βββ Xi_Exploratory_Work/ Xi engine runtimes, sweeps, instrumentation, sonification
βββ The-Lifted-Object_Natural-Language-Walkthrough_v1.0.2.pdf
The collections
Publications/
Manuscripts with their validation bundles, split into two trees.
Publications/Phase-Calculus/ holds the Phase Calculus papers: CF000_Primitive_Distinguishability, CF00_Induced_Geometry, cf10_residual_coefficient_package, CF13_Pi_Transcendence_Chirality_and_NN_Obstruction, CF19_The_Full_Lifted_Object, CG000_Branch_Relative_Origin, Domesticating_Chaos, Farey_Remainder_Recursion_and_Orthogonality, Loop_Generated_Projection_in_TDAHE, Monodromy_as_Memory, Non_Commutative_Phase_Geometry, Operational_Utility_and_Multiscale_Invariance_of_Phase_Calculus, Phase_Calculus_as_Universal_Exact_Grammar_for_Branching_Structures, Phase_Calculus_Complete_Formalisation, Phase_Calculus_Jacobian_Sheet_Custody, Quotient_Descent, Retained_State_Phase_Calculus, The_Orthad_A_Function_of_The_Lifted_State, The_Transcendental_Wall, Unified_Quintic, and two universal-axiom papers.
Phase_Calculus_Complete_Formalisation/packages/ is substantial in its own right, containing the pi spigot iteration series (phase_native_streaming_spigot_bundle_v1 through v5), the two/three/four filter covariance packages, a native symbolic regression engine, and phase_calculus_total_demo_v1.
Publications/Non-PC_Specific_CF_Packages/ holds the CF series that is not Phase Calculus specific, in two forms. Variation_1/ has full packages (LaTeX source, Lean, SymPy, notebooks, provenance manifests) for CF01 through CF18 plus the Infinity Resolution Conjecture, several with an archive/ subdirectory preserving superseded versions. Variation_2/ is the PDF-only set.
Phase-Calculus_Active-Study/
The research process itself, in four phases.
Phase-2_Corpus_Analysis/ holds close-read notes bucketed in tens (1_Thru_10 through 61_Thru_70). Versions v1 through v58 are cumulative reading passes, each adding a numbered file to a growing notes/ directory. From v59 the naming shifts to shadow_residual_v59_correction through shadow_residual_v62_general_shadow_correspondence, which package a specific derivation rather than a reading pass and carry their own proofs, scripts, and patches.
Phase-3_Corpus_Mechanisms_Closure/ contains phase3_v1 through phase3_v6, covering general shadow correspondence, the modular B operator family, the projection loss theorem corpus, ancient Yi carry lift closure, the Wilhelm six-line phase ladder, and a source-sync and Lean preparation pass that assembles the phase's proof surfaces into one Lake project.
Phase-4_Frontier_Expansion/ extends those results across five packages, including a projection-loss formalization with its own Lake project.
Phase-5/ is a multi-agent review relay across three branches:
| Branch | Versions | Subject |
|---|---|---|
p5-b1 |
v1-v7 | QBL carry defect, J derivation, symbolic and affine carry language, follower-set closure |
p5-b2 |
v1-v3 | Global exact threshold bridge |
p5-b3 |
v1-v23 | Hierarchical grammar lift, primary pairing, descriptive articulation boundary, orthad execution |
See How the work was reviewed for the conventions in these directories.
Cortex/
Emergent-physics research packages, organized as timestamped self-contained bundles. Two parallel lineages are preserved, cortex-engine_emergent-physics/ and emergent_physics/, which overlap by design and are neither a subset of the other. emergent_physics/ additionally carries canon-ledgers/, accepted-closures/, and an external-research/ set of reference arXiv preprints on causal set theory, fracton gauge theories, quantum cellular automata, and teleparallel gravity.
Packages roughly in dependency order:
light-emergence/ Light identification, area biform, first-L cascade
native_operator_closure_20260720T174114Z QGT coefficients, Dirac wall modes, Ginsparg-Wilson residual
native_lepton_hypercharge_yukawa_...191459Z Lepton charges, Yukawa mass spectrum
external_native_emergence_search_...201022Z Endpoint symmetry tower, chiral index
native_color_representation_flux_tube_...203416Z Flux tube, Casimir, representation inventory
native_first_generation_closure_...211406Z Anomaly cancellation, first-generation weights
native_color_singlet_composites_...231843Z Meson and baryon singlet certificates
native_baryon_relation_dynamics_...002435Z Relation spectra, localization scaling
native_baryon_transport_hydrogen_...005517Z Baryon dispersion, hydrogen spectrum
native_baryon_hydrogen_spectrum_...031035Z Spin-flavor channels, 2p-to-1s dipole transition
native_multimode_atomic_emission_...043115Z Spontaneous emission spectrum, mode convergence
autonomous_gravity_jm_observatory_...092853Z Gravity defect certificate, JM ratio convergence
autonomous_deep_wide_matter_sweep_...101003Z Deep relation gap scaling, burden plaquette census
composite_metrology_saturation_sweep_...121607Z Black hole saturation, hydrogen composite dispersion
Each carries upstream_snapshots/, frozen copies of the summaries it depends on, so a package can be read without resolving the whole chain.
Xi_Exploratory_Work/
Instrumentation and exploratory analysis of the Xi engine, and the most heterogeneous collection here.
primitive_bifurcation_law_VDM/- the low-level substrate. Hand-written x86-64 kernels, C harnesses, compiled binaries underbin/, andexperiment_runtimes/holding several independent runtime implementations of the same system.P1_full_sweep_revised/,P2_full_sweep/,P1_dry_43200_results_bundle/- perturbation sweeps with gate logs, null baselines, adversarial row-shuffle controls, and drift envelope figures.xi_dark_sonar_v1/andxi_dark_sonar_v1_live120/- a packaged detector with a pytest suite and systemd units for a 120-hour live capture.- Analysis packages -
xi_dark_manifold_topology_v1(persistence barcodes, density isosurface),xi_logic_mosaic_v1,xi_projector_invariance_v1,xi_residual_lattice_filter_v1,xi_transition_probe_v1,xi_transition_extraction_v1,xi_attractor_geometry_quant_v1,xi_phase2_dna_strip_v1. - Sonification -
xi_audio_repro_package,xi_music_scope_package,xi_helical_music_geometry,xi_longform_evolution_package_bundle, and the deep zoom morphology ladders. These render engine state as audio and analyze the result spectrally.v2_repairedandv3_fixedsupersedev1, andv2_repaired/out/includes a direct comparison against the earlier output.
Corpus_Stabilization/
Dated ledgers that index and reconcile the rest of the corpus. Useful when you need to know which variant of a document is current.
| File | Purpose |
|---|---|
PHASE_CALCULUS_RECOVERY_SOURCE_MAP_v2_*.md |
Current source map, superseding the v1 map beside it |
CF_VARIANT_LINEAGE_MAP_*.md |
Which CF package variant descends from which |
CF000_TO_BQL_DERIVATION_LEDGER_*.md |
Derivation chain from CF000 through the BQL layer |
PHASE_CALCULUS_CHRONOLOGICAL_OBSERVATION_LEDGER_*.md |
Time-ordered observation record |
CORTEX_CODE_CANDIDATE_COMPARISON_*.md |
Comparison of the two Cortex lineages |
Misc_tex/
Loose LaTeX sources and the shared proof inserts referenced by several papers.
Package anatomy
Most bundles follow the same internal convention. Once you can read one, you can read all of them.
<package>_<YYYYMMDDTHHMMSSZ>/
βββ README.md / FINDINGS.md / lab-journal.md What it is, what was found, working record
βββ MANIFEST.json / SHA256SUMS.txt File inventory with hashes
βββ requirements.txt / REPRODUCE.sh Dependencies and one-shot rebuild
βββ inputs/ Frozen copies of everything consumed
β βββ ASSUMPTION_LOCK.md Assumptions stated up front
βββ source_maps/ Where each input came from
βββ scripts/ or src/ The derivation code
βββ notebooks/ Both X.ipynb and X_executed.ipynb
βββ proofs/ or lean/ or formal/ Lean 4 surfaces plus compiler log
βββ outputs/ or results/ Certificates, ledgers, CSV tables
βββ figures/ Generated plots
βββ trace/ or trace_logs/ JSONL execution traces
βββ upstream_snapshots/ Frozen dependency summaries
To rebuild one:
cd Cortex/emergent_physics/native_operator_closure_20260720T174114Z
python -m venv .venv && source .venv/bin/activate
pip install -r requirements.txt
bash REPRODUCE.sh
Code and formal artifacts
A large fraction of the corpus is executable.
| Language | Where | Role |
|---|---|---|
| Python | scripts/, src/, sympy/, validation/ |
Derivations, symbolic audits, figures, package building |
| Lean 4 | proofs/, formal/, lean/, lean4/ |
Formal proof surfaces |
| C | primitive_bifurcation_law_VDM/, Cortex/*/source/ |
Runtime harnesses, observers, contention experiments |
| x86-64 assembly | *.S, *.s, vdm_runtime.asm |
Engine kernels |
| Shell | REPRODUCE.sh, scripts/run*.sh |
Reproduction entry points |
| Jupyter | notebooks/ |
Paired source and executed notebooks |
Script naming
Filename verbs are consistent and tell you what a script does before you open it.
| Pattern | Role |
|---|---|
derive_*.py |
Produces the primary result |
build_*.py |
Assembles the package and writes its manifest |
verify_*.py, VERIFY_PACKAGE.py |
Checks package integrity and hashes |
*_audit.py |
Independent check, usually SymPy, run separately from the derivation |
*_attack*.py |
Adversarial script written to break the claim |
build_notebook.py, execute_notebook.py, validate_notebook.py |
Notebook lifecycle |
generate_figures.py, plot_run.py |
Figure rendering |
The derive / audit / attack split is deliberate. Each is a separate script so the primary derivation, the independent symbolic check, and the attempt to defeat the result stay distinguishable.
Installable packages
Several directories are proper Python packages with pyproject.toml, most following a hexagonal layout (domain/, application/, infrastructure/, presentation/) and exposing a CLI.
| Package | Directory | Subject |
|---|---|---|
pc_monodromy_certifier |
Publications/Phase-Calculus/Monodromy_as_Memory |
Branch monodromy certificates |
pc_branch_certifier |
.../Phase_Calculus_as_Universal_Exact_Grammar... |
Branch grammar compilation |
pc_inverse_word_certifier |
.../The_Transcendental_Wall |
Inverse word certification with interval arithmetic |
projection_loss_accounting |
.../Domesticating_Chaos |
Projection loss accounting |
nc_phase_geometry |
.../Non_Commutative_Phase_Geometry/nc_phase_geometry_package_v0_3_ALL_FIGURES |
Commutator service, Heisenberg and sheet domains |
pcsr |
.../Phase_Calculus_Complete_Formalisation/packages/pc_native_symbolic_regression |
Phase-native symbolic regression |
vdm_dynamics_regressor |
.../packages/PCVDMFullDynamicsRegressor |
Dynamics regression and stress harness |
xi_dark_sonar |
Xi_Exploratory_Work/xi_dark_sonar_v1{,_live120} |
Dark-state detector, footprint and projector |
cd Publications/Phase-Calculus/Monodromy_as_Memory
pip install -e .
python -m pc_monodromy_certifier --help
pytest
Native runtimes
Xi_Exploratory_Work/primitive_bifurcation_law_VDM/experiment_runtimes/ holds independent implementations of the same substrate, kept side by side for comparison.
| Runtime | Build | Notes |
|---|---|---|
vdm_origin_runtime |
make |
C, split into core, observe, and witness modules, with tests and NDJSON run logs |
am1_symbolic_runtime |
make |
Symbolic rewriting, term and observer modules |
cf000_symbolic_runtime |
make |
CF000 state machine, plus a_minus_one_single_law.py |
assembly_origin |
test_vdm.sh |
Pure assembly, vdm_runtime.asm |
cd Xi_Exploratory_Work/primitive_bifurcation_law_VDM/experiment_runtimes/vdm_origin_runtime
make
bash scripts/run.sh
python scripts/plot.py
Beneath these sits the kernel layer in primitive_bifurcation_law_VDM/src/: hand-written kernels with their C harnesses, plus contention and choke experiments. Prebuilt binaries are committed under bin/, shared objects under shared_libraries/. Cortex carries its own engine kernel and observer under autonomous_gravity_jm_observatory_*/engine_kernel/.
Lean 4
Two forms appear. Lake projects have a lakefile.toml or lakefile.lean plus lean-toolchain and are buildable:
cd Publications/Phase-Calculus/Monodromy_as_Memory/lean
lake build
These sit under Monodromy_as_Memory, Domesticating_Chaos, The_Transcendental_Wall, Phase_Calculus_as_Universal_Exact_Grammar..., Retained_State_Phase_Calculus, Quotient_Descent, Unified_Quintic, Operational_Utility..., two packages under Phase_Calculus_Complete_Formalisation, and the phase-level assemblies in Phase 3 and Phase 4.
Standalone surfaces are single .lean files in a package's proofs/ or formal/ directory with no build harness. Whether one compiled is recorded in the adjacent lean_compiler.log.
Evidence artifacts
These filenames recur throughout and carry consistent meaning.
| Artifact | Meaning |
|---|---|
gate_matrix.json |
Pass/fail status of each acceptance gate |
claim_ledger.json |
Enumerated claims with their evidence class |
closure_certificate.json |
Assertion that a derivation closed, with conditions |
negative_control_* |
A deliberately wrong construction that must fail |
falsification_targets.csv |
What would break the result if observed |
preregistration/PREDICTIONS.md + .sha256 |
Predictions hashed before the run |
independent_symbolic_audit.json |
SymPy check run separately from the derivation |
lean_compiler.log |
Whether the formal surface compiled |
ASSUMPTION_LOCK.md |
Assumptions frozen before work began |
SUPERSESSION_LEDGER.md |
What this package replaces |
How the work was reviewed
Phase-Calculus_Active-Study/Phase-5/ records a role-separated review protocol, and its filenames encode role rather than content. One agent produced work, a second audited it independently, and a third checked the exchange against a standing rule set.
| Suffix | Role |
|---|---|
*-operator-response.md |
The agent producing the work |
*-auditor-response.md |
Independent review of that work |
*-guardian-response.md |
Rule compliance check on the exchange |
*_GAURDIAN_RATIFICATION.md |
Accepted, work proceeds (spelling as committed) |
*_GAURDIAN_RULE_REPORT*.md |
A rule was violated, details inside |
audit-fails/, operator-fails/ |
Output rejected at that stage |
unratified-attempts/ |
Complete attempts that never passed review, kept intact |
Rejected work is retained on purpose. p5-b3-v10/unratified-attempts/ holds three full attempts at the same result, each with its guardian response, before the ratified version in the parent directory. The same principle appears elsewhere in the corpus: where a later pass corrected an earlier one, both remain, and the correction notice names the specific failure. mi_shadow_orthad_exact_transform_clean_bundle/INVALIDATION_OF_PREVIOUS_LEDGER_ARTIFACT.md is a representative example.
The rules that governed the relay are carried inside the inputs/ of the packages bound by them, as ORTHAD_RATIFIED_RULES_v*.md and QBL_PRIMITIVE_CUSTODY_AND_ORTHAD_LAW_v*.md.
Naming conventions
YYYYMMDDTHHMMSSZis the package build timestamp and the primary version key.v<n>is an iteration counter within a research line. Later, not necessarily better. Check theSUPERSESSION_LEDGER.mdor the stabilization maps.Variation_1/Variation_2distinguish a full package from a PDF-only extract of the same work.archive/inside a publication directory holds superseded drafts. The current version is the parent.NOT-SENT-marks a package that was built but never handed off._executed.ipynbis the notebook with outputs preserved. The bare.ipynbis the source.
Not a conventional ML dataset
This is hosted on Hugging Face Datasets because it is useful as a large machine-readable body of mathematical research, not because it is a tabular training set. It suits reading and study, reproducing experiments, tracing how ideas developed, formal verification, symbolic and numerical analysis, theorem and mechanism mining, retrieval-augmented research, and agent-assisted analysis of the relationship between theory, implementation, and evidence.
The directory structure is part of the corpus. Packages preserve the full context around a result rather than splitting papers, code, outputs, and validation into unrelated repositories.
Storage
Binary content routes through Hugging Face Xet rather than plain Git LFS, configured in .gitattributes at the repository root. git-lfs must be installed before cloning or pushing, and files over 10 MiB are rejected unless tracked. The heaviest subtrees are Xi_Exploratory_Work/ (audio, video, density fields) and Publications/ (PDFs and packaged archives).
Citation
@misc{justin_lietz_2026,
author = {Justin Lietz},
title = {Phase-Calculus-Research-Corpus (Revision b7b221a)},
year = 2026,
url = {https://huggingface.co/datasets/jlietz93/Phase-Calculus-Research-Corpus},
doi = {10.57967/hf/10127},
publisher = {Hugging Face}
}
DOI: 10.57967/hf/10127
Individual publication directories may carry their own CITATION.cff or ZENODO_SUBMISSION_METADATA.md. Prefer those when citing a specific result.
Author
Justin Lietz Neuroca Research
License
Neuroca PRL 2.1. See the license text.
Some bundles carry their own License.txt, LICENSE, or LICENSE_SCOPE.md covering that package specifically. Third-party preprints under Cortex/emergent_physics/external-research/ are retained for reference and remain under their original terms.
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