FRC 100.009 v2.6: Operational Local Reciprocity Dynamics
Reading status
Current statement
FRC 100.009 v2.6 localizes the canonical relation dS + k* d ln C = 0 through an explicitly indexed operational realization. The representation k*_mu, entropy channel, coherence channel, units, and boundary are declared before evolution and are never refitted to evolving states. The local balance contains explicit environmental source and sink channels; the residual delta_R measures unresolved closure error or transient departure after represented exchange is included. It is not synonymous with openness or with a universal reciprocity current. The ARF throttle is a model-defined activation rule using the residual magnitude, so its pilot illustrates localized gating but cannot establish directional reciprocity.
Evidence level
Pilot-supported program
preprint
Declared μ register
μ1 · Physical / atomic
Atoms, fields, quantum systems, thermodynamics, and other physical observables.
Open boundary
Review the paper’s declared scope, controls, limitations, and kill conditions.
Version lineage
Supersedes: FRC 100.009 v2.5
On this page
FRC 100.009 v2.6 localizes the canonical relation dS + k* d ln C = 0 through an explicitly indexed operational realization. The representation k*_mu, entropy channel, coherence channel, units, and boundary are declared before evolution and are never refitted to evolving states. The local balance contains explicit environmental source and sink channels; the residual delta_R measures unresolved closure error or transient departure after represented exchange is included. It is not synonymous with openness or with a universal reciprocity current. The ARF throttle is a model-defined activation rule using the residual magnitude, so its pilot illustrates localized gating but cannot establish directional reciprocity.
