quantum chaos

E898471

Quantum chaos is the study of how chaotic behavior in classical systems manifests in their quantum counterparts, particularly through statistical properties of energy levels and wavefunctions.

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quantum chaos canonical 1

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Predicate Object
instanceOf research field
subfield of physics
subfield of quantum mechanics
appliesTo Rydberg atoms NERFINISHED
atomic spectra
mesoscopic systems
microwave billiards
molecular spectra
nuclear spectra
quantum dots
emergedIn late 20th century
fieldOf theoretical physics
hasGoal characterize universality in quantum spectra
understand correspondence between classical and quantum chaos
understand thermalization in isolated quantum systems
hasKeyConcept Anderson localization NERFINISHED
Berry–Tabor conjecture NERFINISHED
Bohigas–Giannoni–Schmit conjecture NERFINISHED
Gutzwiller trace formula NERFINISHED
Lyapunov exponent in quantum systems
Poisson statistics
Wigner–Dyson statistics NERFINISHED
dynamical localization
eigenfunction statistics
kicked rotor
level spacing distribution
out-of-time-ordered correlator
periodic orbit theory
quantum billiards
quantum ergodicity theorem NERFINISHED
quantum graphs
quantum maps
quantum scars in wavefunctions
quantum unique ergodicity
semiclassical propagator
semiclassical quantization
spectral form factor
stadium billiard
universality classes of spectral fluctuations
relatedTo classical chaos
eigenstate thermalization hypothesis
nonlinear dynamics
quantum computation
quantum ergodicity
quantum information theory
quantum scars
random matrix theory
semiclassical analysis
spectral statistics
studies quantum manifestations of classically chaotic dynamics
quantum signatures of classical chaos
semiclassical limits of quantum systems
statistical properties of quantum energy levels
statistical properties of quantum wavefunctions
usesTool Gaussian orthogonal ensemble NERFINISHED
Gaussian symplectic ensemble NERFINISHED
Gaussian unitary ensemble NERFINISHED
random matrix ensembles

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