quantum chaos

quantum chaos

[‚kwänt·əm ′kā‚äs]
(quantum mechanics)
The dynamics of quantum systems whose classical counterparts exhibit chaotic behavior.
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Their topics include specifics of classical dynamics in multi-well potentials--mixed state, quantum manifestations of classical stochasticity--formulation of the problem, numerical methods in multi-well potentials, signatures of quantum chaos in wave function structure, and the mixed state and concrete physical effects.
Various instances of zero sets of random functions have been used to model different phenomena in quantum chaos, complex analysis, real algebraic geometry, and theory of random point processes.
This effect is also a characteristic of quantum chaos (see Ref.
It may also provide an help to understand quantum chaos experiments.
Now that the novel has achieved its chronological fullness--we are in the present--it is precisely the opposite for which Nick longs, and since "longing on a large scale is what makes history" (11), since "most of our longings go unfulfilled" (803), and the very last word of the novel, "peace," "spreads a longing through the raw sprawl of the city" (827), we begin to fathom the relationship between disorder, perhaps a quantum chaos that remains full of possibilities, and human desire, which emerges in Nick's incarnation of it, as he thirsts for that disorder, that infinite sense of possibility that the novel, until the very end, has defeated.
introduces quantum chaos and semiclassical physics.
The need for a numerical treatment of A-F entropy arises particularly in the field of quantum chaos and decoherence: the Conclusions briefly mention this problem and summarize the work.
The "Journal of Modern Dynamics" covers the theory of dynamical systems with an emphasis on the mutual interaction between dynamics and other major areas of mathematical research, including number theory, differential geometry, quantum chaos, geometric group theory and harmonic analysis.
Despite that the quantum counterparts of classical chaotic systems have been studied via the techniques of linear QM, it is our opinion that Quantum Chaos is truly a new paradigm in physics which is associated with non-unitary and nonlinear QM processes based on non-Hermitian operators (implementing time symmetry breaking).
They could also gain insights into quantum gravity, quantum chaos, string theory, and other ideas at the forefront of efforts to construct a unified theory of force and matter.
The idea is to teach graduate students how to practically use quantum physics and theory, presenting the fundamental knowledge, and gradually moving on to applications, including atomic, nuclear and solid state physics, as well as modern subfields, such as quantum chaos and quantum entanglement.
Third, we shall formulate and study the problem of quantum chaos in clean lattice systems, in particular to establish a link between random matrix theory of level statistics and kinematic and dynamical features of lattice models with sufficiently strong integrability breaking.

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