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- Wannier-Stark systems (2)
- resonances (2)
- Filter-Diagonalization (1)
- Quantum Chaos (1)
- Quantum mechanics (1)
- Stark systems (1)
- Wannier-Bloch states (1)
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The Filter-Diagonalization Method is applied to time periodic Hamiltonians and used to find selectively the regular and chaotic quasienergies of a driven 2D rotor. The use of N cross-correlation probability amplitudes enables a selective calculation of the quasienergies from short time propagation to the time T (N). Compared to the propagation time T (1) which is required for resolving the quasienergy spectrum with the same accuracy from auto-correlation calculations, the cross-correlation time T (N) is shorter by the factor N , that is T (1) = N T (N).