Thermodynamics & Energy Conservation Simulator

p5.js Physical Engine
Interactive Overunity Test Rig
🖱️ Direct Action: Click & Drag Rotor to apply force manually

Thermodynamic Energy Balance & Verification

Primary Mechanism: Lenz Law Counter-Torque & Bearing Friction
Conservation Law Enforcement: Net output power strictly equals input mechanical work minus irreversible thermal dissipation. Overunity claims fail because closed-loop electromagnetic arrangements cannot generate non-conservative forces without violating the 1st and 2nd Laws of Thermodynamics.
Parameter / State Measured Value Theoretical Overunity Claim Physical Law Constraint
Net Power Output 0.00 W > 0.00 W (Infinite) 1st Law: Energy Cannot Be Created Ex Nihilo
Entropy Generated (ΔS) 1.48 J/K ≤ 0 J/K 2nd Law: ΔS_total > 0 for Real Processes
Kinetic Decay Time 14.20 s ∞ (Perpetual) Viscous Drag & Hysteresis Losses
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