Submitted:
01 May 2026
Posted:
06 May 2026
You are already at the latest version
Abstract
This paper assumes that a thermodynamic system can be composed purely of coherence and information, and constructs a working model on that basis. We derive operational parameters for such systems using definitions of the Certainty Equation, semantic entropy, semantic temperature, and formulate five laws and three modes of coherence and information systems. This analysis is then compared to the features of black holes.
Keywords:
certainty equation
; black hole
; coherence
; information thermodynamics
; non-local reconfiguration
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