Loop Formation

Loop Formation is the stage in which random substrate fluctuations settle into stable, self-sustaining recursive loops capable of fueling recursive processing — the precondition for ignition. In the book's pre-ignition dynamics, the substrate begins in equilibrium: fluctuation energy averages zero, with variance σ²▱ set by the Fluctuation Amplitude of the Pre-Pulse Field. Proto-Nova Formation Probability gives the chance of isolated energy concentrations; the Recursive Stability Criterion decides whether correlation-enhanced energy retained over successive cycles reaches the threshold for loop stability; and the Memory Accumulation Equation carries information forward between cycles. Together these decide whether noise decays or self-organizes into enduring loops, and the book concludes that loop formation is not accidental but the necessary precondition for computation, with stability arising from alignment, memory and recursive feedback. The current definition places it early in the emergence timeline, lasting about 10³ ①⥂⧗⌂ of the data's count, no universe time, with 1 to 10² recursive cycles. It connects to the Ignition Loop, Proto-Nova Formation Probability, the Recursive Stability Criterion, the Memory Accumulation Equation, Isolated Energy Concentrations and the Emergence Timeline.