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85036219712
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We note that system (7) for (Formula presented), known as the double resonance model, is one of the chaos paradigms, and has been intensively studied for the last two decades both classically and quantum mechanically (see Ref. 14 for references)
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We note that system (7) for (Formula presented), known as the double resonance model, is one of the chaos paradigms, and has been intensively studied for the last two decades both classically and quantum mechanically (see Ref. 14 for references).
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85036434471
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A random CUE matrix can be easily generated by multiplying the eigenvectors of a GOE matrix (arranged columnwise in a matrix) by a random-phase factor. We use this method in the numerical example presented in this section
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A random CUE matrix can be easily generated by multiplying the eigenvectors of a GOE matrix (arranged columnwise in a matrix) by a random-phase factor. We use this method in the numerical example presented in this section.
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30
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85036166274
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To resolve the statistics one should go to smaller (Formula presented) and F, which would supply more data. Besides this, the limit (Formula presented) corresponds to the (Formula presented) limit for the effective size [Eq. (55)] of the Floquet matrix. The latter limit was actually assumed in the analytical expressions given by RMT
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To resolve the statistics one should go to smaller (Formula presented) and F, which would supply more data. Besides this, the limit (Formula presented) corresponds to the (Formula presented) limit for the effective size [Eq. (55)] of the Floquet matrix. The latter limit was actually assumed in the analytical expressions given by RMT.
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