Fractal Resonance
Cognition
A Physics-First Architecture for Synthetic Intelligence. Replacing Tokenization with Resonance.
Kasra mode: Architecture first. We are building the Λ-Stack: a full-vertical solution from Neuromorphic Hardware to Cognitive State Vectors.
Entropy–Coherence Reciprocity
dS + k* d ln C = 0
FRC 566.001
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Kasra guideIntroduction
How Fractal Resonance Cognition (FRC) replaces the statistical prediction of tokens with the geometric alignment of continuous fields.
Core Equations
All formulas →Coherence Measure
C = (1/N) Σi<j cos(φi - φj)
Lambda Field
Λ(x) ≡ Λ0 ln C(x)
Universal Coherence Condition
dΛ/dt + ∇·JΛ = σΛ - γΛ
Free Energy Relation
ΔG = −k*T Δln C
Recent Papers
View all →01
Resonant Computing: Coherence Processing Units and Non-Boolean Logic
FRC-841-0042026-02-10
02
FRC 840.LTM.001 — Coupled Oscillator Dynamics vs Attention: Empirical Comparison
FRC-840-LTM-0012026-01-26
03
FRC 821.100 — The Λ-Field: Unified Coherence Dynamics and Entropic Gravity
FRC-821-1002026-01-26
04
'FRC 16D.920 — Responsible AI Use Protocol (RAIUP): Ethical Constraints for
FRC-16D-9202026-01-26
Video Series
All articles →Fractal Resonance Coherence — a seven-part exploration of deterministic dynamics beneath apparent quantum randomness.
Predictions
- 01Born rule derived from microstate statistics
- 02Measurable deviations: δP ∈ [10⁻⁴, 10⁻³]
- 03Scale-invariant coherence across all μ-levels
Properties
- 01Deterministic + Holistic quadrant
- 02Thermodynamically consistent
- 03Falsifiable experimental predictions
Publications
- —9 papers on Zenodo
- —CC BY-NC-ND 4.0 license
- —ORCID verified author