Quantum Thermodynamics Readiness¶
This is the S9 no-submit readiness surface for thermodynamic signatures of synchronisation transitions. It records calibrated observables and protocol prerequisites with no hardware submission and no thermodynamic peak claim.
Why this page exists¶
This page is for teams evaluating thermodynamic observables on synchronization models under bounded evidence rules. It captures readiness inputs before any hardware-run claim is promoted, and it keeps the route to thermodynamic peak promotion visible.
Boundary¶
readiness and calibrated-protocol estimate only; no thermodynamic peak claim and no hardware submission
K-Sweep Protocol¶
| K | entropy production nat/s | heat current J/s | classical reference nat/s |
|---|---|---|---|
| 0.4 | 0.127091 | 0.0433863 | 0.124549 |
| 0.6 | 0.27261 | 0.0615763 | 0.267158 |
| 0.8 | 0.42 | 0.08 | 0.4116 |
| 1 | 0.27261 | 0.0615763 | 0.267158 |
| 1.2 | 0.127091 | 0.0433863 | 0.124549 |
Readiness¶
- Peak K candidate:
0.8 - Hardware submission allowed:
False - Thermodynamic peak claim allowed:
False
Falsifier¶
no statistically significant peak above the classical baseline across the K-sweep
Prerequisites¶
- formal theory pass for DLA-sector entropy-production decomposition
- hardware backend and readout-mitigation plan approved before execution
- classical Lindblad or QuTiP reference fixed before hardware comparison
- raw-count execution and Zenodo archive required before thermodynamic peak claims
Gate¶
Regenerate and compare this readiness artefact with: