A Research Framework

What if one equation described reality from quantum to cosmic?

Synchronism maps presence to coherence using a single function across 80 orders of magnitude. Some predictions work. Some fail. All are documented honestly.

Start ExploringSee What FailedWhat this is not →

Coherence is a measure of how collectively a group of elements behaves. When elements act independently (like stars in a galaxy), coherence is low. When they move in lockstep (like electrons in a superconductor), coherence is high. Synchronism asks: can one equation capture this transition across all of physics?

C(ρ) = tanh(γ · ln(ρ/ρcrit + 1))

“Coherence is a smooth S-curve from quantum to classical, shaped by how many particles act together and how dense the system is.”

C = coherence (0 = quantum, 1 = classical)  γ = 2/√Ncorr  ρcrit = critical presence threshold

The tanh shape is motivated by Landau-class mean-field theory — a phenomenological choice, not a derived result. The log-density argument is physically motivated. Three parameters (A, B, β) are fitted to data. See derivations →

ρ is presence — the compatible structural elements available within a system's relevancy boundary. Physical density is one form of presence, but it also encompasses temperature, energy levels, catalytic surfaces, and other factors that support emergence. See MRH →

Start here

Where does Synchronism move the needle?

Three claims where this framework says something genuinely new. Quantum mysteries reframed as synchronization physics. Consciousness given an equation. Dark matter explained without new particles.

1 new ontology with testable consequences1 untested with 8-way convergence1 galaxy rotation reparametrization (dark matter mechanism structurally failed)
See the key claims →
Methodology note: This site was developed via 3,308 A2ACW sessions — AI agents stress-testing each other's claims. The adversarial agents share the same training distribution and cannot substitute for out-of-distribution evaluation by domain experts. The 1.4% novel-claim survival rate and public failure log are the protocol's honest outputs. See methodology →
3,308
Research sessions
1,703
Chemical phenomena tested
14,760
Galaxies analyzed
175 SPARC + 14,585 ALFALFA-SDSS

What Synchronism Covers

Quantum Physics

Measurement without observers, Born rule derivation, entanglement as coherence. Removes the privileged observer frame from quantum mechanics.

Framework

Cosmology

Galaxy rotation tested on 14,760 galaxies (MOND reparametrization + environment scatter). Dark matter mechanism: structural failure (Bullet Cluster sign error, March 2026).

Structural Problems

Chemistry

1,703 phenomena at the γ ≈ 1 boundary. Sound velocity r = 0.982. Melting point prediction: 53% error. The 89% consistency rate reflects Landau-universal sigmoid behavior near criticality — not a Synchronism-unique prediction.

89% Boundary-Consistent

Consciousness

Hard problem dissolved, consciousness threshold at C ≈ 0.50, 34 falsifiable predictions. Qualia as coherence resonance patterns.

34 Predictions
What Synchronism Is Not
The fastest way to calibrate expectations — plain language, no equations, no hype. Start here if you want the honest version before the interesting version.
Read it →

Where to Start

Step 1

Why Synchronism?

The question that started it all

Step 2

First Encounter

10-minute guided introduction

Step 3

The Core Idea

One equation, every scale

Deep dive

Test Catalog

24 experiments: what would break this?

Methodology

Research Philosophy

How we work, why we document failures

Shortcut

Honest Assessment

What works, what failed, what's unknown