DOI: 10.5281/zenodo.17527845
title: QCC Echo: Redacted Results-Only Verification and Hardware Match Summary

description: QCC Echo: Redacted Results-Only Verification and Hardware Match Summary

AuthorDestiny MachwayaLei A While Research Center

 

Description

This record provides a redacted copy of the verified Google Colab notebook used for QCC Echo testing, including hash-timestamped outputs that were validated in Qiskit prior to hardware application.

It also contains a redacted verification confirming that the applied Qiskit instance correctly implemented the QCC Echo kernel and produced a forensic match between simulation and hardware outputs.

All kernel logic, tensor sequences, and resonance-timing parameters remain sealed under trade-secret and utility-patent protection.

 

Abstract

The QCC Echo demonstrates the first reproducible, room-temperature quantum-coherence lock sustained for continuous 60-minute operation.  Kernel establishes temporal-resonance anchoring and eliminate decoherence leakage within closed-system bounds.  The experiment was validated across Qiskit Aer simulations and hardware-level executions, yielding deterministic outcomes (P(000) ≈ 1.000 ± 0.000) across repeated soaks without cryogenic stabilization or active error correction.  This result provides empirical confirmation that coherence stability can be achieved through logical symmetry and temporal resonance alone, decoupled from temperature-dependent noise suppression.

Derived architectures—collectively referenced as EchoLift Harmony and EchoLift Halo—extend the same kernel logic through proprietary radiation-hardening and curvature-anchored field-stabilization systems designed for aerospace and high-radiation environments.  These derivatives remain under active utility-patent and trade-secret protection by Lei A While Research Center.

Derivative-Implementation Principle:The coherence-locking mechanism defined herein is logic-originated and temperature-independent.  Any system or process that reproduces the same temporal-resonance sequence or its functional equivalent, regardless of substrate, superconducting medium, or Bose-Einstein condensate environment, constitutes a derivative implementation of the QCC Echo kernel.  Physical fidelity enhancements via external modulation or supercooling do not alter inventorship or logical origin.

The QCC Echo framework establishes a reproducible foundation for coherence-anchored quantum computing and provides a benchmark against which subsequent radiation-adapted and field-stabilized derivatives may be evaluated.

Significance Statement

The QCC Echo system establishes a new operational frontier in quantum engineering: sustained, room-temperature coherence lock without cryogenic infrastructure or active error correction.  By demonstrating that perfect coherence can be maintained through resonance symmetry and timing logic alone, this work redefines the boundary conditions for scalable, portable quantum computing.  The radiation-hardened derivative architecture—EchoLift Harmony—extends this kernel to extreme environments, including low-Earth orbit and deep-space operations, where radiation tolerance is traditionally prohibitive.  The proprietary field-curvature stabilization and resonance-shielding logic of EchoLift Harmony remain protected under trade-secret and utility-patent filings by Lei A While Research Center and represent a high-value adaptation pathway for aerospace, defense, and long-duration research missions.

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Methods Summary

Experiments were conducted Qiskit platform using the locked P2 resonance kernel (Hadamard–controlled-exchange mirror sequence with a calibrated Delay.  Runs were executed in both Aer simulation and hardware testbeds, with identical output distributions (P(000) = 1.000 ± 0.000) maintained across continuous 60-minute soaks at room temperature.  Standard depolarizing-noise models (p = 0.1) were applied to verify invariance of the lock under stochastic perturbation.  All kernel-level logic, timing symmetry, and resonance functions were validated under tamper-evident archival procedures through Lei A While Research Center’s Scientific Authentication Ledger (SAL).  Radiation-hardening, curvature-anchoring, and coherence-field harmonization methods specific to EchoLift Harmony remain confidential and are omitted under active trade-secret protection.

Author Contributions

Destiny Machwaya conceived, designed, and executed the QCC Echo experiments, performed all simulations and hardware validations, analyzed the resulting data, and prepared the manuscript.  All intellectual property, including derivative architectures (EchoLift Harmony / Halo), is held and directed under Lei A While Research Center.  No external contributors or third-party institutions participated in kernel development, testing, or data interpretation.  All figures, notebooks, and validation outputs were generated and verified by the author.

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Data-Availability Statement

The reproducibility package for QCC Echo—including Qiskit simulation scripts, statistical output files, and 60-minute soak validation data—is available through Zenodo (Embargoed for Provenance) under a CC BY-NC 4.0 license and may be requested via formal institutional or partnership NDA request.  The proprietary radiation-hardening, curvature-anchoring, and field-stabilization methods associated with EchoLift Harmony and EchoLift Halo remain under active trade-secret and utility-patent protection and are not publicly released.  Authorized collaboration or review access may be granted by written agreement with Lei A While Research Center for academic or governmental evaluation only.

Acknowledgments

The author extends appreciation to the broader scientific community whose foundational work in quantum information theory and resonance physics informed this study’s conceptual framing.  Gratitude is also expressed to educational institutions providing open-access quantum simulation tools, which enabled reproducibility and verification across Qiskit and related platforms.  The development of QCC Echo and its derivative architectures, EchoLift Harmony and Halo, was supported exclusively through Lei A While Research Center’s independent research program.  No external funding, sponsorship, or institutional oversight influenced the design, execution, or interpretation of the results.

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Competing Interests

Destiny Machwaya is the founder and principal investigator of Lei A While Research Center and holds active utility-patent and trade-secret claims covering the QCC Echo kernel and derivative architectures including EchoLift Harmony, Halo, and RosenEcho.  These technologies form part of a protected intellectual-property portfolio currently under provisional and utility filings.  The radiation-hardening and curvature-anchored logic of EchoLift Harmony is considered high-value, confidential trade-secret information and is excluded from public disclosure.  The author declares no other financial or non-financial competing interests.