Le Bonhomme Pharma presents

ENTROPY DOCKING

Shannon × Music × Molecular × You

🎵
BPM = Temperature
Music tempo drives the simulation temperature. Faster = hotter = more exploration.
📉
Δtempo = dI/dT
Tempo changes trigger Shannon Energy Collapse. Beat drops = binding events.
🔄
Crooks Round-Trip
Forward cycle (heat → unbind) and reverse (cool → bind). σ_irr → 0 = perfect closure.
💊
Dock the Drug
Guide the ligand into the pocket by controlling tempo. Lower entropy = tighter binding.
❤️
HRV Coupling
Your heartbeat modulates physiological coupling. Music entrains biology.
🎯
Goal: σ_irr → 0
Achieve thermodynamic closure across all scales simultaneously. No information lost.
CLICK ANYWHERE TO BEGIN — PLAY MUSIC IN APPLE MUSIC
drag to orbit · scroll to zoom · shift-drag or middle-drag to pan · double-click to centre
Le Bonhomme Pharma — Make Crack Great Again
// see it run

Live run — 1S3V

The complex in the scene above, walked as a reaction path. Each stage is coloured by its place on the series ramp — apo baseline, unbound ΔS, first pocket contact, rigidification ΔS_vib, contacts ΔH, converged ΔG — and each one prints when the scene's own binding coordinate actually reaches it, carrying the value at the crossing. Structural counts and pose provenance are from the docked pose; the thermodynamics are the same live state the panels read.