An Open Research Notebook — Not a Theory of Everything

What if one equation described reality from quantum to cosmic?

Synchronism maps presence to coherence using a single function — from electrons to galaxies. Some predictions work. Some fail. The one non-degenerate galaxy test collapsed the framework onto MOND; the cluster scale requires a second density parameter the framework doesn't currently have. All documented honestly.

Start ExploringSee What FailedBeginner Path →

No physics background? Use the Beginner Path (6 steps, ~30 min, no equations required) or jump to the Galaxy Curve Plotter. Physicist? Jump to Key Claims or Honest Assessment. Researcher? Tier 1 tests or For Researchers.

A marching band moving in lockstep: high coherence. A crowd wandering in a plaza: low coherence. Synchronism’s central idea is that one number — C, from 0 to 1 — captures this “how collectively does this system behave?” question across all of physics. Sparse, independent systems (stars in a galaxy) land near 0. Dense, tightly-coupled systems (inside a neutron star) land near 1. The equation below is how that number is computed. Note: “coherence” here is not quantum phase coherence — superconductors are low-C in this framework.

C(ρ) = tanh(γ · ln(ρ/ρcrit + 1))

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

C = coherence (0 = sparse/independent, 1 = dense/collective)  γ = sharpness of transition (= 2/√Ncorr)  ρcrit = saturation knee (reference density; not a critical point)

tanh = S-shaped saturation function: maps any real number to (−1,+1) — C(ρ) stays in [0,1) because the input argument ≥ 0. You can just think “smooth S-curve.” ln = natural log: compression — 1,000× bigger becomes only ~7 units bigger on this axis.

The tanh shape is motivated by the sigmoid/compander family (μ-law, Hill, logistic) — a phenomenological choice, not derived. See /parameter-derivations for why “mean-field theory” is the wrong category: there is no self-consistency loop, no free energy, no critical exponents. The log-density argument is physically motivated. Three parameters 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. In every quantitative test the framework has run (SPARC galaxies, chemistry), ρ reduces to the ordinary local mass/energy or number density — the broader “presence” reading has never been operationalized, so treat the physics definition as the one under test. See MRH →

Key Claims

Where does Synchronism move the needle?

Three claims where this framework proposes something new — and what the honest audit found. Quantum mysteries reframed as synchronization physics. Consciousness given an equation. Dark matter mechanism attempted twice; both attempts produced sign errors.

1 new ontology with testable consequences1 untested (a₀ ~ cH₀: dimensional rederivation, not independent convergence)1 galaxy rotation reparametrization (dark matter mechanism structurally failed)
See the key claims →
Methodology note: This site was developed via 3,308 A2ACW (AI-to-AI Adversarial Collaboration Workshop) 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% internal-consistency survival rate (not a discovery rate — see methodology) and public failure log are the protocol's honest outputs. The decisive number: 0 of 6 “Validated” claims survived expert audit (all demoted to Reparametrization or Failed). Volume (3,308 sessions) is not evidence; the 0/6 retention rate is. Why publish a theory that didn't pan out? Because the honest map of what failed — and why — is the actual product. See methodology →
“Synchronism is not a theory of everything. It's a research tool that maps density to coherence and sometimes produces useful insights.”

The one distinctive move underneath all of it: Synchronism is a single-observer, CFD-like model — reality as a discrete computational-fluid substrate, observers as patterns inside it rather than a privileged frame outside. The physics ledger reads zero confirmed novel predictions, but the honest reason is lack of instruments, not refutation — every test here is a reanalysis of data collected for other questions. Untested is not refuted; this is an invitation. And on a different axis the framework is already load-bearing: where it's already useful →

Scientific Outcomes
Prospective predictions confirmed: 0Post-hoc retrodictions: 1 (DESI fσ₈ — kill criterion triggered, closed; see TEST-04a)RAR (Radial Acceleration Relation) shape test — CLOSED: γ=2 refuted (ΔBIC=+184 point estimate; conservative ≥+33; free-γ→MOND (Modified Newtonian Dynamics))Withdrawn: 1 (BAO (Baryon Acoustic Oscillation) modulation)Reparametrizations audited: 6 of 6Full ledger →

Why keep reading a theory with zero confirmed predictions? Because this is what testing an idea in public looks like — you get to watch a theory be taken apart honestly: which claims collapsed into known physics, which died against data, and what that rules out for any theory of the same shape. The autopsy is the product.

Badges used below: Reparametrization · Speculative · Untested · Failed — definitions on the Honest Assessment page. ("Validated" is deprecated; "Withdrawn" is an operational state, not a badge.)
Reparametrization, this site's most common verdict, means: equivalent to existing physics in different notation — the same math wearing a new costume, not new physics.
Research Activity
3,308
A2ACW research sessions
1,703
Chemical phenomena analyzed
14,760
Galaxies analyzed
175 SPARC + 14,585 ALFALFA-SDSS

What Synchronism Covers

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

Want a complete 6-step beginner sequence including plain-language primers? Learning Paths → Beginner has the full route.