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Universal Collapse Theory · White Paper 01

Foundations of Collapse

Latent Potential, Constraint, and Collapse as a Candidate Law of Coherence

Jeremy C. Jones  ·  HoldingLight LLC
Version 2.0  ·  2025  ·  CC BY 4.0  ·  DOI 10.17605/OSF.IO/VZ836

Universal Collapse Theory (UCT) suggests that reality does not simply "run forward" under fixed equations. Instead, at each step, many admissible ways the world could be are narrowed to a single realized outcome. UCT models this process as collapse under constraint.

Formally, UCT introduces a simple collapse kernel: a space of latent possibilities Ω, an active constraint set K, a constraint-conditioned collapse operator CK, a realized outcome x*, a record layer R, and an update map K′ = U(K, R). UCT claims that the same structural kernel operates across physics, biology, and mind.

In physics, UCT reads decoherence and Quantum Darwinism as stabilizing redundant records while a single outcome is realized, and interprets entropy as the macroscopic record of collapse already enacted. In biology, it reframes abiogenesis, adaptation, convergence, and major transitions as recursive collapse of design spaces under chemical, genetic, developmental, and ecological constraints. In cognition, it treats perception and decision as constraint-guided reductions of ambiguity, consistent with predictive-processing views, and factorizes the mind-phase constraint set into a Faith–Reason–Logic–Belief (FRLB) loop that governs Conscious Collapse and outward expression via Consciousness-Induced Material (CIM).

UCT is advanced not as a replacement for existing domain laws, but as a coherence-first, single-world ontology that interprets those laws as entrenched constraints and yields testable, cross-scale structural predictions. Subsequent white papers (WP02–WP04) develop detailed implementations in physics, biology, and mind; WP05 evaluates whether collapse under constraint warrants treatment as a candidate Law of Coherence.


One grammar, eight terms

x* = CK(Ω)
K′ = U(K, R)
One outcome realized per event — a single-world ontology.
Ω
Latent potential. The space of configurations a system could resolve into, given its prior history.
K
Constraint set. The effective rules, boundary conditions, priors, and structural biases that make some configurations admissible and others not.
CK
Collapse operator. The constraint-conditioned mapping from (Ω, K) to a single realized outcome.
x*
Realized outcome. The one configuration actualized at a given collapse event.
R
Record. The durable trace collapse leaves behind — physical state, memory, institutional artifact.
S
Residue. Entropy read as the record of pruning — what the collapse cost.
T
Record-time. An ordered depth parameter counting successive collapse-and-record events, not a background axis.
U
Update map. How constraints evolve in response to realized outcomes and the records they write.

What it predicts across domains

The same kernel implies three cross-domain signatures — the same shapes should recur in physics, biology, and mind. Each is specified as a runnable probe (PHYS-1, BIO-1, MIND-1) in the publicly reproducible Starter Packs.

S1
Redundancy → consensus. When an outcome is redundantly recorded, it stabilizes into a shared, classical-looking fact.
S2
Neutrality → delayed resolution. Where constraints are balanced, resolution is deferred rather than forced.
S3
Constraint sweeps → hysteresis. Sweeping a constraint parameter produces path-dependence and settling into attractor states.

Jones, Jeremy C. (2025). Universal Collapse Theory — Foundations of Collapse: Latent Potential, Constraint, and Collapse as a Candidate Law of Coherence (WP01, v2.0). HoldingLight LLC.
https://doi.org/10.17605/OSF.IO/VZ836


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