SUPERPOSITION & SCHRÖDINGER’S CAT

Schrödinger invented the cat to mock an interpretation, not to celebrate it: he found it absurd to scale an atom’s superposition up to the size of an animal. Before measurement the system carries both possibilities with amplitudes α and β, and the two probabilities |α|² and |β|² always sum to exactly 1. Measurement collapses the state to a single outcome, but the surrounding environment does the very same thing with nobody watching, and decoherence is the modern resolution of the cat paradox.

▸ Initialising a qubit in the superposition α|0⟩ + β|1⟩…
▸ Building the Bloch sphere · the state vector rotates with the phase
▸ Loading the Born rule P = |amplitude|² · cumulative frequency bars
▸ Preparing the Schrödinger’s-cat thought experiment (a metaphor)
▸ Calibrating interference & decoherence…
▸ Ready — Online. ✅
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⌂ Particles & Quantum

Simulation room Superposition & Schrödinger’s Cat

Superposition
Online
superposition · measure · collapse · interference · decoherence
Current scenario
🌀 Chồng chập 50/50
P(0) = |α|²—
P(1) = |β|²—
State—
Measurement count—
Coherence—
Quantum note
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Adjust the amplitude on the right to change the probabilities · press 👁️ Measure to collapse the wavefunction · 🔄 Reset to return to superposition
Probability distribution |ψ|² / interference fringes |ψ|²scan point
About Superposition

Schrödinger invented the cat to mock an interpretation, not to celebrate it: he found it absurd to scale an atom’s superposition up to the size of an animal. Before measurement the system carries both possibilities with amplitudes α and β, and the two probabilities |α|² and |β|² always sum to exactly 1. Measurement collapses the state to a single outcome, but the surrounding environment does the very same thing with nobody watching, and decoherence is the modern resolution of the cat paradox.

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