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.
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 = coherence (0 = quantum, 1 = classical) γ = 2/√Ncorr ρcrit = critical presence threshold
The tanh form and γ = 2 are derived from mean-field theory. 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 →
What Synchronism Covers
Quantum Physics
Measurement without observers, Born rule derivation, entanglement as coherence. Removes the privileged observer frame from quantum mechanics.
FrameworkCosmology
Dark matter reframed, galaxy rotation curves tested on 14,760 galaxies, MOND's a₀ derived from cosmology.
Strongly SupportedChemistry
1,703 phenomena at the γ ≈ 1 boundary. Sound velocity correlation r = 0.982. Melting point prediction: 53% error (honest failure).
89% ValidatedConsciousness
Hard problem dissolved, consciousness threshold at C ≈ 0.50, 34 falsifiable predictions. Qualia as coherence resonance patterns.
34 Predictions