T0 · 2026-09-14
CURRENTLY UNSUPPORTED · BASELINE SURVEY
PRN-022 / v0.1 · branch
The proposed organisational asymmetry might supply a substantive bridge to thermodynamic direction.
Keep the speculative bridge separate from established thermodynamic relations and from local history formation.
The node combines a conceptual identification with a physical explanatory claim. Its framing supplies neither an organisational state variable nor bridge equations. Statistical thermodynamics provides explicit comparisons: Crooks relates forward and reversed trajectory probabilities under defined dynamics and thermal conditions [S134]. The programme must show what its additional asymmetry explains beyond those conditions and beyond a temporally special preparation or boundary ensemble.
An explicit formalisation could produce a genuine reduction, a conditional correspondence, or merely a shared-direction metaphor; present wording does not select among them.
Define the organisational quantity, entropy and system boundary, microscopic dynamics, coarse-graining and initial ensemble. Derive a directional result without presupposing it, then identify a comparison that could distinguish the bridge from the same dynamics with conventional boundary assumptions.
Baseline-only public wrapper. No deeper evidence artefacts are fabricated.
CURRENTLY UNSUPPORTED · BASELINE SURVEY
Controlled TERP artefacts remain authoritative. This website is a publication layer.