04 Entropy Receipts And Oracles

04 — Entropy: Receipts & Oracles

ThermoAccountant — ✅ Implemented

Vulkan binding 2. Populated every dispatch_canvas():

struct ThermoAccountant {
    f32 entropyThisFrame;   // Landauer proxy + field work + probes
    f32 avgBoundaryThermo;  // mean boundary temperature / entropy density
    f32 prevMaintCost;      // cost to preserve previous-frame coherence
    f32 freeEnergyIncome;   // sealed time + input activity
    u32 steps;
};

Mirrored to data_bus[24–28] for HUD and grep.

Landauer bound (theory)

[ E_{\min} = k_B T \ln 2 ]

Minimum energy to erase one bit at temperature (T).

🎭 In-engine: entropyThisFrame is a proxy integral — field work + probe dissipation + maintenance. Not joules from nvidia-smi.

Entropy floor (fabric)

clearFieldImages() seeds thermo with ~0.015 minimum — prevents unphysical reversibility. Second-law bias: diffusion always injects minimum noise.

Shannon oracle (NEXUS) — separate layer

[ H = -\sum_i p_i \log_2 p_i ]

High (H) → packed, encrypted, or obfuscated payloads. Thresholds (calm / alert / storm) tune daemon polling.

Layer	Measures	Product
ThermoAccountant	Frame entropy proxy	AMOURANTHRTX
Entropy floor	Fabric minimum noise	AMOURANTHRTX
Entropy Oracle	File randomness	NEXUS-Shield

Same word. Different layers. Do not conflate.

Operator grep

./linux.sh run 2>&1 | tee run.log
grep -E 'THERMO|entropy|Boundary|prevMaint' run.log

Next: 05 — Packet Field