Quantum Signals - Interactive Quantum Mechanics Learning

QUANTUM MECHANICS

Interactive Learning Experience

SUPERPOSITION

Quantum systems exist in multiple states simultaneously until measured. Hover to see superposition, click to collapse the wavefunction.

Measurements: 0

|0⟩ states: 0 | |1⟩ states: 0

|ψ⟩ = 1/√2|0⟩ + 1/√2|1⟩

Equal probability: P(0) = 50%, P(1) = 50%

WAVE FUNCTION COLLAPSE

Quantum systems exist in superposition until observed. Measurement forces the wave function to collapse into a definite state. Click tiles to influence the system, then observe.

System State: SUPERPOSITION (Maximum Entropy)

Interactions: 0

Each interaction seeds the collapse pattern

Signal-#000000

Unique hash generated from your interaction pattern

QUANTUM ENTANGLEMENT

Entangled particles share quantum states instantly, regardless of distance. When you measure one, the other responds immediately - Einstein called it "spooky action at a distance."

Link Status: UNLINKED

Correlation: 0.00 | Matching States: 0/256

Click LINK to entangle the systems

LOCAL

⟷

REMOTE

COMPUTATION_LIMIT

FPS: 60

SIGNAL_GALLERY

SIGNAL_LOST

Signal-#000000