Module decoherence 

Quantum Decoherence Tracking for Temporal Consciousness

This module implements realistic quantum decoherence modeling to validate the feasibility of quantum consciousness operations in real environments. Decoherence sets practical limits on quantum coherence time and thus temporal consciousness precision.

Decoherence Mechanisms

1. Thermal Decoherence: Interaction with thermal environment
2. Dephasing: Loss of phase coherence due to noise
3. Relaxation: Energy dissipation to environment
4. Measurement: Observer-induced decoherence

Decoherence Time Scales

Typical decoherence times in various environments:

• Room temperature: 10^-12 to 10^-9 seconds
• Cryogenic (mK): 10^-6 to 10^-3 seconds
• Ultra-high vacuum: 10^-9 to 10^-6 seconds

Structs

CoherenceEvolution

Coherence evolution over time

DecoherenceAnalysis

Decoherence analysis across time scales

DecoherenceResult

Result of decoherence validation

DecoherenceTracker

Quantum decoherence tracker for consciousness operations

NoiseAnalysis

Noise analysis for specific operation

NoiseSpectrum

Environmental noise spectrum characterization

TimeScaleAssessment

Assessment of coherence at specific time scale

Enums

CoherenceQuality

Coherence quality classification

EnvironmentType

Environment classification for decoherence analysis