ΝΟÛΣ

A brain song composed from CRR first principles.
Nothing is sampled. Every sound is synthesised from neural oscillations.
Three biological CRR cycles — brain, heart, breath — govern everything you hear.

How CRR Solves This Song

The Coherence-Rupture-Regeneration framework describes how any system accumulates coherence over time, reaches a threshold, ruptures, and regenerates with weighted memory. A brain, a heart, a breath, and a piece of music all follow this pattern. This song uses CRR as the generative principle for every layer of its construction.

♡ Heart = Tempo

The heart is a Z₂ CRR system: contraction (systole) accumulates coherence, the heartbeat IS the rupture δ(now), and relaxation (diastole) is regeneration. The tempo is not a fixed metronome — it is the cardiac CRR rhythm, fluctuating with biologically correct heart-rate variability.

Ω = 1/π ≈ 0.318 · CV = Ω/2 ≈ 0.159 · SDNN ≈ 133ms · S1≈35Hz S2≈60Hz

◎ Breath = Phrasing

Each breath is a CRR cycle: inhalation accumulates coherence (crescendo), the turn at peak inhale is δ(now), and exhalation is regeneration (diminuendo). Every 12-beat phrase follows one breath. The breath modulates master volume and neural Ω, shaping what you hear and what you see. This is why music has phrasing — performers breathe.

period = π² ≈ 9.87s = 12 beats · in:out = 5:7 ≈ 1/φ

⬡ Brain = Harmony

129 spiking neurons across 10 brain regions each run their own CRR agent. Neural bands (δ θ α β γ) form a C-E-G chord in just intonation. Five synthesised voices — piano, strings, SATB choir, drone, and shimmer — map to these bands.

melody = C(t) = ∫L(τ)dτ → pitch · α/θ ≈ φ · E-I → criticality

↔ Coupling

Breath modulates heart rate via respiratory sinus arrhythmia (inhale accelerates, exhale decelerates). Breath modulates neural Ω (exhale raises permeability). The three CRR cycles nest: breath shapes heart, both shape the brain.

⧫ Structure = CRR Arc

The eight sections trace one macro CRR cycle: coherence grows through awakening and binding, reaches criticality (E=I), ruptures into silence, and regenerates from memory — the motif returning transformed, weighted by significance not recency.

CRR Framework — Alexander Sabine (temporalgrammar.ai)
Composition — Claude (Anthropic)

tap to begin

C=0.000
Ω=0.318
eC/Ω=1.00
C
72 BPM · IBI 833ms
◎ breath · phase C
RSA 0.00 · Ωeff 0.318
0:00 / 0:00
SparkC→
Oscillation∫L(τ)dτ
AwakeningC(t) rising
BindingC→Ω
CriticalityE=I
δ(now)rupture
MemoryR[exp(C/Ω)]
Fade→ silence

⬡ Neural Oscillations

CRR real-time E-I network
δ Delta 2Hz
signalC(t)
θ Theta 6Hz
signalC(t)
α Alpha 10Hz
signalC(t)
β Beta 20Hz
signalC(t)
γ Gamma 40Hz
signalδ(now)

♡ Cardiac CRR (Z₂)

systole=C · heartbeat=δ(now) · diastole=R
IBI72 BPM refRSA
Heart Rate72
IBI (ms)833
Ω = 1/π0.318
HRV (CV≈Ω/2)0.159
Phasesystole

◎ Respiratory CRR (Z₂)

inhale=C · turn=δ(now) · exhale=R · T=π²≈9.87s
breathinhale=Cexhale=R
Breath phase0.00
Period (π²)9.87
Ω = 1/π0.318
In:Out ratio5:7
Dynamic gain1.00

⬡ CRR State

Coherence0.000
Ω threshold0.318
exp(C/Ω)1.00
Ruptures0
Phase
E–I balance0.000

⬡ E-I Network

ExcitatoryInhibitoryE=I line
Neurons0
Spikes/s0

⬡ Voices

Piano
Strings
Bass
Choir
Shimmer
Heartbeat