Preprint / scholarly article

Entropic Temporal-Interface Complexity on Classical Law Spaces with Quantum-Compatible Extensions

K. Takahashi

Published
DOI
10.5281/zenodo.17791631

Full text PDF (Zenodo)

Abstract

A “law” is formalised as a trajectory of probability measures on an interface alphabet, while implementations are arbitrary Markovian systems with hidden internal state.

Keywords

  • complexity
  • entropic temporal complexity
  • interface complexity
  • law spaces
  • markov implementations
  • discrete-time stochastic dynamics
  • divergence functions
  • entropy production
  • stochastic thermodynamics
  • semantic information
  • semantic efficiency
  • viability-based semantics

Identifiers and source records