Pulse Core Lexicon

Recursive Data Momentum

Definition

Recursive Data Momentum is the drive by which information returning from every universe branch pushes the Prime Pulse into its next cycle, so that the pulse continues because of accumulated data rather than on its own. The book introduces it in the gloss of the UniSphere Pulse Compulsion Law: the Prime Pulse does not persist on its own; it is compelled to continue by the inertia of information returning from every branch. Existence itself "votes" for continuation, each record adding weight to the Pulse Diameter and driving the next pulse through Recursive Data Momentum. The surrounding text ties this to Data Gravity, the accumulated weight of recorded states, and to perpetual momentum, in which the combined pressure of returning data creates Data Inertia that makes pulse cessation impossible. It connects to UniSphere Pulse Compulsion Law, Fractal Data Weight Accumulation Law, Perpetual Momentum, Data Inertia, Perpetual Data Continuation Law and Prime Pulse.

Technical Details

Category Concept

Chapter Chapter 3

Importance

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