quantum superposition
Quantum superposition is a fundamental quantum mechanics concept where a particle can exist in multiple states simultaneously, rather than being confined to a single specific state, until it is measured or observed, which collapses it into one definite state.
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Related Concepts (41)
- alain aspect's experiments
- applications and implications of aspect experiments
- bell's theorem
- counterfactual definiteness
- delayed choice experiment
- double-slit experiment
- einstein-podolsky-rosen (epr) paradox
- entangled particles
- entanglement swapping
- epr paradox
- heisenberg uncertainty principle
- non-contextual hidden variables
- nonlocality
- quantum biology
- quantum computing
- quantum correlation
- quantum darwinism
- quantum entangled systems
- quantum entanglement
- quantum entanglement experiments
- quantum entanglement swapping
- quantum entanglement swapping experiments
- quantum entanglement swapping in atomic and molecular systems
- quantum foundations
- quantum indeterminacy
- quantum measurement
- quantum non-locality
- quantum non-locality experiments
- quantum physics
- quantum probability
- quantum randomness
- quantum theory of measurement
- quantum tunneling
- schrödinger's cat
- spin correlation
- superposition
- time travel mechanisms
- uncertainty principle
- violation of bell's inequalities
- violation of local realism
- wheeler's delayed-choice experiment
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- quantum chaos in superconducting circuits
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- quantum state entanglement
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