Heat-Bounded Superconductivity: Tokens-Only Replay Under Frozen Extractors

Critical — Heat-bounded superconductivity is treated as a certified operating boundary under a fixed corridor, fixing a blocking failure mode where “high temperature” silently absorbs unlogged stabilization, filtering, ramp-rate drift, and post-view window edits while still claiming robust superconductivity.

Heat-Bounded Superconductivity: Tokens-Only Replay Under Frozen Extractors is the second of three related articles that convert superconductivity claims into replayable, tokens-only records: heat is logged as an explicit boundary condition with zeros-stay-zeros missingness, SoZ and yield are charged under tightening to prevent success-by-starvation, and mitigation is treated as enforcement so “stability” cannot be minted by translator drift after viewing.