Phase-Damping & Wavefunction State
Decohered
Physical Mechanism Audit
Pseudoscience
Severe Thermal Decoherence Violation
At physiological temperature (310.15 K), cellular Brownian collisions destroy macroscopic off-diagonal density matrix elements in ~10-13 seconds. Superpositions across macroscopic distances cannot sustain quantum phase coherence.
Environmental Decoherence Master Equation:
τd ≈ τrelax × (λth / Δx)2
Where λth = h / √(2π m kB T) and thermal collision time τrelax ≈ 10-14 s in water. When Δx ≫ λth, τd drops exponentially below molecular transition thresholds.
τd ≈ τrelax × (λth / Δx)2
Where λth = h / √(2π m kB T) and thermal collision time τrelax ≈ 10-14 s in water. When Δx ≫ λth, τd drops exponentially below molecular transition thresholds.
| Physical Metric | Calculated Value | Quantum Requirement | Status |
|---|---|---|---|
| ΔE Quantum vs Thermal | < 10^-25 J | > 4.28e-21 J (k_B T) | Drowned |
| Decoherence Lifetime | 1.2e-13 s | > Microsecond bio cycle | Instant Loss |
| Peer-Reviewed Trials | 0 Controlled Trials | Replicated Double-Blind | Absent |