GCT

Monograph · Open access · v1.2.1

Geometric Consciousness Theory

A 6D-to-3D Projective Framework

A consciousness-first framework that models physical reality as the 3D projection of a 6D icosahedral quasicrystal. From five postulates plus three anchors — with the electron mass as the only dimensional input — it derives Standard-Model structure, the charged-lepton mass hierarchy, and pre-registered, falsifiable predictions, backed by an open-source verification engine.

5 postulates · 3 anchors62 / 62 verification protocolsDOI 10.5281/zenodo.20647445

How to read this

GCT is a hypothesis, not a finished result — and it is written to be judged like one.

Quantitative and falsifiable

Every quantitative claim carries an explicit falsification threshold and a pre-registered prediction. The framework is built to be proven wrong if it is wrong — not defended.

Honest by construction

Each claim is labeled by epistemic tier — axiom → derived → fitted → conjecture → speculative. Nothing forced or fitted is presented as established; what is open is marked open.

A declared starting point

GCT is consciousness-first — a structural-idealist ontology, explicitly not physicalism. Its axioms and method are stated up front, not smuggled in.

Reproducible

Every number regenerates from open source; an independent reader can check it.

If you have ten seconds: this is not a claim that the puzzle is solved. It is a disciplined, falsifiable attempt — laid out so you can find where it breaks.

Ask the assistant

Grounded in the manuscript — answers cite and link the exact sections. Tap a question to start:

What it sets out to derive

Every quantitative claim carries an explicit epistemic tier (axiom → derived → conjecture → speculative); the manuscript states what is closed and what remains an open problem.

Standard Model gauge group

SU(3)×SU(2)×U(1) and chirality as a registered candidate from the rhombic-triacontahedron axes of the icosahedral window.

Charged-lepton mass hierarchy

Electron, muon, and tau masses from φ-power harmonic exponents on the icosahedral lattice — with the electron mass as the sole dimensional input.

Couplings & constants

Fine-structure constant, Weinberg angle, and Newton's G addressed from geometry, with explicit per-row epistemic-tier accounting.

Cosmology

Dynamic dark energy, a dark-matter (topological glass) account, and a pulsar-timing-array icosahedral-anisotropy signature.

A substrate theory of consciousness

The Dual Material Constraint and Zeno-Drive mechanism: which physical substrates can host unified subjective experience — and which provably cannot.

A reproducible engine

62/62 verification protocols pass; every numeric claim is regenerable from source, with a machine-readable falsifiability registry.

Falsifiable by design

GCT registers every quantitative claim with an explicit falsification threshold, separating postdictions from genuine predictions and flagging open tensions honestly. The framework is built to be proven wrong if it is wrong.