Pulse Core Lexicon
Computational Entropy
Definition
Computational Entropy is Binary Pulse Theory's entropy, S☫ = −Σ C_ij ln P_ij, which measures phase misalignment between pulses rather than statistical disorder: the measure of Phase Drift. A universe ages through computational entropy accumulation and pulse deceleration until a critical threshold at the Zinf scale triggers new Null Well formation and the next generation. It connects to Phase Drift, Critical Entropy Threshold and Entropy Accumulation.
In standard physics
Known in physics as Entropy. These are the standard words; the book writes in its own terms.
Technical Details
Category Property
Chapter Chapter 5
Importance
In the book #189 of 1,271 terms · used 7 times