The quantum measurement problem

▸ Building a qubit in superposition…

▸ Loading the Born rule P = |amplitude|²

▸ Setting up the double-slit experiment + observer

▸ Linking an entangled pair (no FTL signaling)

▸ Loading 4 interpretations (all HYPOTHESES)…

▸ Ready — Online. ✅

Probability distribution

🌀 P = |amplitude|² (Born)

State—

Probability ↑ / ↓—

Observer—

Particles fired—

Measurement result—

Interpretation in view—

Viewing—

The honest boundary

Quantum math predicts probabilities precisely (Born). But why / how a superposition "collapses" to one result on measurement has NO accepted answer — that is the "measurement problem". The interpretations below are HYPOTHESES.

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Press "Measure" to force the superposition to pick 1 result · pick a "Scenario" (double slit / Schrödinger's cat / entanglement / compare interpretations) · tap a concept for details

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Measurement results over time (↑ high · ↓ low) ↑ |0⟩↓ |1⟩