| { |
| "version": "1.0.0", |
| "date": "2026-10-16", |
| "model_scope": "Fixed periodic homogeneous small-signal one-resonance Maxwell\u2013Lorentz material with a calibrated finite-dimensional damped acoustic plant.", |
| "claims": [ |
| { |
| "id": "KERNEL", |
| "claim": "A complete electric impulse kernel identifies q in the fixed positive single-resonance class.", |
| "location": "Chapters 4\u20135; Appendix A", |
| "evidence": "analytic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "ACTUATOR", |
| "claim": "Acoustic range conditions and the exact weighted Fourier cost characterize finite-budget realization.", |
| "location": "Chapters 6\u20137", |
| "evidence": "analytic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "GAP", |
| "claim": "An unattainable complete target has a strictly positive error at fixed finite budget.", |
| "location": "Chapters 8\u201310", |
| "evidence": "analytic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "REGULARITY", |
| "claim": "Finite slew does not imply finite inertial force; high-harmonic cost can diverge along converging kernels.", |
| "location": "Chapter 11", |
| "evidence": "analytic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "COMPILER", |
| "claim": "Triangular averaging constructs finite-force exact-mean approximants in the fully actuated scalar class.", |
| "location": "Chapter 12", |
| "evidence": "analytic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "RESONANCE", |
| "claim": "The optimal unconstrained scalar mechanical resonance is a weighted mean of harmonic squared frequencies.", |
| "location": "Chapter 13", |
| "evidence": "analytic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "CUBIC", |
| "claim": "C1 cubic schedule has exact finite effort and damping heat.", |
| "location": "Chapter 16; results/lua_certificate.log", |
| "evidence": "exact_rational", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "CONTINUUM", |
| "claim": "Every k in [0.9,1.1] has a real Floquet multiplier below -2.5 for the cubic schedule.", |
| "location": "Chapters 15\u201317; certificates/cubic_band.json", |
| "evidence": "exact_integer_interval", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "ENERGY", |
| "claim": "Full electromechanical backreaction closes the pump/work/loss identity.", |
| "location": "Chapter 3", |
| "evidence": "analytic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "CIRCUIT", |
| "claim": "A positive-element RLC ladder reproduces the Bloch equations in lumped circuit theory.", |
| "location": "Chapter 23", |
| "evidence": "analytic_and_symbolic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "HARMONIC_CODE", |
| "claim": "The exact rational finite-harmonic scalar target compiler is implemented.", |
| "location": "Chapter 19; src/aureolith/compiler.py", |
| "evidence": "executed", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| }, |
| { |
| "id": "EPS_OPT", |
| "claim": "Finite-net optimization gives a sound epsilon bracket under explicit oracle hypotheses.", |
| "location": "Chapter 19", |
| "evidence": "conditional_algorithmic", |
| "status": "provided_and_internally_checked", |
| "global_novelty": "unconfirmed" |
| } |
| ], |
| "test_assertions": 1350, |
| "whole_band_cells": 100, |
| "not_claimed": [ |
| "Universal arbitrary 3D electromagnetic material characterization", |
| "Global optimum of the featured gain design", |
| "Measured hardware or fabrication feasibility", |
| "Quantum noise certification", |
| "Sustained nonlinear unsaturated gain", |
| "External peer review", |
| "Proof assistant formalization", |
| "Established world-first priority", |
| "General high-dimensional optimization implementation" |
| ] |
| } |
|
|
