← Universal Collapse Theory
Complete Library

The Library

The full body of Universal Collapse Theory — a layered research program developed by Jeremy C. Jones through HoldingLight LLC. White papers establish the kernel; interpretive bridges carry it into specific debates; empirical demonstrations test it; methods and standards make it auditable.

Every item below is open-access. Reading copies are on PhilArchive where available; the reproducibility material, data, and persistent identifiers live on OSF.

Start Here


The Spine


Into the Debates

CIM
Consciousness-Induced Material: A Foundational Account Externalized cognition as a constituent phase of mind rather than an auxiliary to it — the foundational treatment of CIM. PhilArchive
AI
AI as Synthetic Collapse What current AI is, structurally — before the question of consciousness. AI as the recursive phase of Consciousness-Induced Material: machines operating on mind's externalized record-layer and feeding derivative records back into it. PhilArchive
T1.5
Collapse Reframed An accessible entry point to UCT's reinterpretation of quantum collapse — bridging philosophy of physics with the structural grammar of coherence. PhilArchive
T1.5
We Are Never Having a Mathematical Experience Resolving the Schrödinger confusion. The measurement paradox arises from a category error — mistaking a property of our representational layer for a property of the macroscopic world. PhilArchive
T1.5
Biological Faith Systems How living systems commit before certainty — the distributed, pre-symbolic mechanisms by which organisms bias action toward viability, bridging autopoiesis and active inference toward proto-intent. PhilArchive
T1.5
The Self the Ego Did Not Build What decides before you decide. A structural account of the two-layer self — the accumulated self beneath the ego — and of perception as the directional channel between them. PhilArchive
T1.5
How Minds Resolve: The Faith–Reason–Logic–Belief Cycle The mind’s resolution loop specified: faith as the opening constraint that lets inquiry start, reason as recursive refiner, logic as their lawful union, and belief as the stabilized record that feeds the next cycle. Names the failure mode too — when belief supplants faith, the loop closes and no new collapse occurs. OSF · DOI 10.17605/OSF.IO/92RQ5

Putting It to the Test

T1.6
Biological Constraint Sweep (Rice Hysteresis) A reproducibility package demonstrating record-dependent hysteresis under a swept biological constraint — a portable empirical signature of the kernel. OSF · DOI 10.17605/OSF.IO/KZ8TP
T1.6
Constraint-Dependent Perceptual Resolution (COGITATE) A demonstration that perceptual resolution tracks constraint structure — applying the framework's resolution signature to perceptual data. OSF · DOI 10.17605/OSF.IO/MXYU2
T1.6
S-Signatures in Deployed AI Systems Applying the kernel's structural signatures as behavioral probes across five pre-specified deployed AI systems under black-box access — a demonstration of signature portability to AI substrates. OSF · DOI 10.17605/OSF.IO/JPXCU
T1.6
Retrieval-Channel Hysteresis (S3-RAG-01) A controlled retrieval-channel test for record-dependent hysteresis in a RAG harness — the companion sub-demonstration isolating the retrieval channel. OSF · DOI 10.17605/OSF.IO/5QMVS
T1.6
Entropy as Record A pre-specified shape test on compiled cosmic entropy estimates: does the total entropy curve look like smooth, monotone record-accumulation, or does it demand multi-kink complexity? Reported as a shape-consistency finding rather than a discriminating test — and one pre-specified criterion fails, and is reported as a failure. OSF · DOI 10.17605/OSF.IO/2RC4D
T1.6
Redundant Record Consensus in Planck PR3 CMB Component Maps The S₁ signature against real cosmology: treat four independently reconstructed CMB maps as redundant record channels and measure how fast disagreement shrinks under aggregation. Convergence is strong and stable across seeds — and is reported explicitly as a record-consensus demonstration, not a completed independence audit. OSF · DOI 10.17605/OSF.IO/PNF89
T1.6
F2 — Training-Layer Positive Control Sensitivity, where the negative controls establish specificity. A structural grammar is installed into a model by fine-tuning, then counter-trained away under matched budget: install ≠ remove. The differential is positive on every seed, against a potency-matched content control whose loop spans zero. OSF · DOI 10.17605/OSF.IO/5TG3P
T1.6
S₃ Positive-Control Calibration The in-session arm of the positive-control family — planting a record state of known ground truth in the channel the operator controls, and measuring detection. Companion to F2 at the training layer and S3-RAG-01 at retrieval. OSF · DOI 10.17605/OSF.IO/JAEZQ

The Auditing Layer


Domain Manuals


Clearing the Ground


The Governance Layer


The Program's Account of Itself


Ways In


The Long Form