Quantum Measurement and ChaosEdward Roy Pike, Sarben Sarkar |
Contents
Studies of the sinusoidally driven weakly bound atomic electron | 1 |
G Casati | 44 |
S Sarkar and J S Satchell | 57 |
Copyright | |
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Common terms and phrases
adiabatic invariant amplitude approximation attractor calculations Casati chaotic systems Chirikov classically chaotic consider corresponding coupling delocalization density matrix dependent described deterministic diffusion dissipation distribution dynamics effect eigenstates eigenvalues electron energy levels ensemble entropy ergodic evolution experimental exponentially external field Figure finite Fokker-Planck equation Fourier Hamiltonian harmonic oscillator hydrogen atom initial interaction ionization Lett level repulsion limit cycle localised M.V.Berry macroscopic master equation matrix elements measuring apparatus meter microwave microwave field strength n-changing n₁ noise nonlinear observable obtained operator orbit parameter particle period perturbation phase space photon Phys physical potential probability problem quantization quantum chaos quantum mechanics quantum number quantum system quantum theory quasi-energy quasicontinuum random region resonance result rotating wave rotating wave approximation scale Schrödinger equation shown spectral spectrum spin statistical threshold trajectories transition values variable vector wave function wavefunction Wigner zero