The Interpretations of Quantum Mechanics
Domain of Science・2 minutes read
Various interpretations in quantum physics like the Copenhagen interpretation, Many Worlds interpretation, and Hidden variable theories attempt to explain the complexities at the atomic and subatomic levels. Alternative theories like Bohmian mechanics, spontaneous collapse theory, Quantum Bayesianism, Consistent Histories interpretation, and Quantum Darwinism provide unique perspectives and explanations to understand quantum phenomena.
Insights
- The Copenhagen interpretation posits that subatomic particles exist as wave functions until measured, collapsing into specific locations, while the Many Worlds interpretation suggests particles exist simultaneously in multiple locations, leading to branching universes with different outcomes.
- Bohmian mechanics, a non-local hidden variable theory, posits that particles ride on an underlying wave, reintroducing determinism to quantum physics, while alternative collapse theories, like spontaneous collapse theory, introduce additional physics to explain wave function collapses and make testable predictions.
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Recent questions
What is the Copenhagen interpretation in quantum physics?
Describes particles as wave functions until measurement causes collapse.
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