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Classical limit

The classical limit or correspondence limit is the ability of a physical theory to approximate or "recover" classical mechanics when considered over special values of its parameters. The classical limit is used with physical theories that predict non-classical behavior.

Quantum theory, Relativity and other deformations & Time-evolution of expectation values

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Quantum theory

Time-evolution of expectation values

Relativity and other deformations

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Classical limit

Nodes48
Edges47
Triples18
Avg. degree1.96
Density0.041667
Components1

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Classical limit

Top relations

related to Quantum theory · 9
Classical limit → More, Moyal, Niels Bohr, Often, Planck, Poisson, Thus, Weyl, WKB
related to Relativity and other deformations · 9
Classical limit → Likewise, Newtonian, Other, Planck, Schwarzschild-radius/characteristic-dimension, See Newtonian, Similarly, The, Wave

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Important terminology

classical quantum mechanics limit position momentum theory systems small deformation parameter expected physical see values planck appear obey theorem displaystyle

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Classical limitrelated to Quantum theoryNiels Bohr0.60section
Classical limitrelated to Quantum theoryPlanck0.60section
Classical limitrelated to Quantum theoryOften0.60section
Classical limitrelated to Quantum theoryWKB0.60section
Classical limitrelated to Quantum theoryMore0.60section
Classical limitrelated to Quantum theoryWeyl0.60section
Classical limitrelated to Quantum theoryThus0.60section
Classical limitrelated to Quantum theoryMoyal0.60section
Classical limitrelated to Quantum theoryPoisson0.60section
Classical limitrelated to Relativity and other deformationsOther0.60section
Classical limitrelated to Relativity and other deformationsThe0.60section
Classical limitrelated to Relativity and other deformationsNewtonian0.60section

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