Pulse Core Lexicon
Frame Transition
Definition
A Frame Transition is the discrete step by which a universe at its terminal null state, maximum entropy, passes to a renewed state of minimum entropy, P^(N)(x) → P₀(x), through the Renewal Transformation Operator. Maximum entropy then becomes a Computational Null State that starts the cycle again rather than an irreversible heat death, the renewal running on the same temporal quantization as everything else. It connects to Renewal Transformation Operator, Computational Null State, Temporal Quantization and Frame 0.
In standard physics
Known in physics as Heat death. These are the standard words; the book writes in its own terms.
Technical Details
Category Process
Chapter Chapter 5
Importance
In the book #149 of 1,271 terms · used 9 times