🌌 Quantum Decoherence Visualization

Watch as environmental noise destroys quantum coherence over time

📊 Bloch Sphere Representation

|0⟩
|1⟩
|+⟩
|−⟩
|ψ⟩ = 0.707|0⟩ + 0.707|1⟩
Pure State
Decohering
Mixed State

📈 Quantum Metrics

Quantum Coherence
100%
State Purity
100%
Environmental Entanglement
0%
Decoherence Timeline
t=0 (Pure) t=T₁/2 t=T₁ (Decoherent) t=2T₁ (Mixed)
What's happening?
The qubit starts in a pure superposition state (green vector). As it interacts with the environment (red noise particles), the quantum coherence is lost. The vector shrinks and wobbles, representing the loss of phase information and the transition to a classical mixed state.
Key Concepts:
T₁ (Relaxation): Energy decay time
T₂ (Dephasing): Phase coherence time
Environmental noise: Thermal fluctuations, electromagnetic interference
Mixed state: Classical probability distribution