The main signature of chaos in a quantum system is provided by spectral statistical analysis of the nearest-neighbor spacing distribution P(s) and the spectral rigidity given by the Delta(3)(L) statistic. It is shown that some standard unfolding procedures, such as local unfolding and Gaussian broadening, lead to a spurious saturation of Delta(3)(L) that spoils the relationship of this statistic with the regular or chaotic motion of the system. This effect can also be misinterpreted as Berry's saturation
It has been shown that the spectral fluctuations of different quantum systems are characterized by 1...
It has been recently shown numerically that the transition from integrability to chaos in quantum sy...
We show that the spectral fluctuations of the two-body random ensemble exhibit 1/f noise. This resul...
Many complex systems in nature and in human society exhibit time fluctuations characterized by a pow...
It was recently conjectured that 1/ƒ noise is a fundamental characteristic of spectral fluctuations ...
The power spectrum of the δ_(n) statistic of quantum spectra presents 1/ƒ^(α) noise. For chaotic sys...
The power law 1/ƒ^(α) in the power spectrum characterizes the fluctuating observables of many comple...
The existence of a formal analogy between quantum energy spectra and discrete time series has been r...
The main signature of chaos in a quantum system is provided by spectral statistical analysis of the ...
It was recently pointed out that the spectral fluctuations of quantum systems are formally analogous...
In this paper, we show that there is a family of well-known integrable systems whose spectral fluctu...
Based on the connection between the spectral form factor and the probability to return, the origin o...
6 pags., 2 figs. -- XXXIII Symposium on Nuclear Physics 5–8 January 2010, Hacienda Cocoyoc, Morelos,...
The power law 1/f(alpha) in the power spectrum characterizes the fluctuating observables of many com...
A survey of chaotic dynamics in atomic nuclei is presented, using on the one hand standard statistic...
It has been shown that the spectral fluctuations of different quantum systems are characterized by 1...
It has been recently shown numerically that the transition from integrability to chaos in quantum sy...
We show that the spectral fluctuations of the two-body random ensemble exhibit 1/f noise. This resul...
Many complex systems in nature and in human society exhibit time fluctuations characterized by a pow...
It was recently conjectured that 1/ƒ noise is a fundamental characteristic of spectral fluctuations ...
The power spectrum of the δ_(n) statistic of quantum spectra presents 1/ƒ^(α) noise. For chaotic sys...
The power law 1/ƒ^(α) in the power spectrum characterizes the fluctuating observables of many comple...
The existence of a formal analogy between quantum energy spectra and discrete time series has been r...
The main signature of chaos in a quantum system is provided by spectral statistical analysis of the ...
It was recently pointed out that the spectral fluctuations of quantum systems are formally analogous...
In this paper, we show that there is a family of well-known integrable systems whose spectral fluctu...
Based on the connection between the spectral form factor and the probability to return, the origin o...
6 pags., 2 figs. -- XXXIII Symposium on Nuclear Physics 5–8 January 2010, Hacienda Cocoyoc, Morelos,...
The power law 1/f(alpha) in the power spectrum characterizes the fluctuating observables of many com...
A survey of chaotic dynamics in atomic nuclei is presented, using on the one hand standard statistic...
It has been shown that the spectral fluctuations of different quantum systems are characterized by 1...
It has been recently shown numerically that the transition from integrability to chaos in quantum sy...
We show that the spectral fluctuations of the two-body random ensemble exhibit 1/f noise. This resul...