Quantum chaos : a new paradigm of nonlinear dynamics - download pdf or read online

By Katsuhiro Nakamura

ISBN-10: 0521392497

ISBN-13: 9780521392495

Just about all the numerous prior reports on chaos were occupied with classical platforms. This booklet, in spite of the fact that, is without doubt one of the first to house quantum chaos, the ordinary development from such classical platforms. during this booklet the writer offers with 3 significant matters in quantum chaos. First, quantum mechanics is utilized to either bounded and open structures displaying classical chaos. strength difficulties related to quantum chaos are published in diversified parts of solid-state technology, and conventional innovations similar to diamagnetism, antiferromagnetism, spin waves, electric conductance etc are proven in a clean mild via quantum chaos. moment, adiabatic-ansatz eigenvalue difficulties are proven to yield a brand new paradigm of non-linear dynamics, ultimate the distance among the drastically assorted theories of solitons and random matrices. eventually, the writer offers a clue to how quantum mechanics should be more desirable so one can accommodate temporal chaos. First released in 1993, this booklet could be of price to researchers and graduate scholars in physics and arithmetic learning chaos, non-linear dynamics, quantum mechanics and solid-state technology

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3) W (-H) = 0, I gk 2 W (0) = w 2 _ 12 W (0), W(-H)=O, W(O)=O. 4a) (the basic boundary value problem B). L (z) == N 2 (z) == _ (lL dpo Po dz + L) c2 (z) = __ g_ dp*(z) . (z) W = 0, W'(O)=AgW(O), W(-H)=O, W(O)=O. 8a) Now f2 rv 10- 8 s-2 which is at least three orders less than g2jc 2 ~ 5 X 10- 5 s-2. 8a). Consider parameter k to be real (k 2 > 0). 5). The spectral problem described corresponds to the derivation of eigenfunctions Wn (k, z) and eigenvalues (frequency) Wn for every fixed value of wave number k when Wn(k,z) == W(k,wn(k),z).

51 ) = -H(x,y). 52) assume that the large scale flow satisfies W = 0 at z = (, W = U ~~ + V ~~ z = -H(x,y). at In an important particular case when U = {U(z), V(z), O} and Eqs. 53) divv=O, D 0 0 0 -::::::-+U-+V-. 52) will not change. 55) . 55) R describes the interaction of the background flow components with the Reynolds stress. 54) over a closed volume G fixed in space and restricted by a surface ~ and using the Gauss theorem yields :t J E dG G + J F d~ = - J R dG. 56) it follows that even if the energy flow Fn through the surface ~ is absent, the integral wave energy is not conserved because of a term characterising waves' interaction with the background flow through the Reynolds stress.

EQUATIONS OF INTERNAL WAVES THEORY 3. 37 EQUATIONS OF LINEAR INTERNAL WAVES THEORY Basic combined equations for small amplitudes may be linearized relatively to some quasi-stationary state. Let us study two such cases. 1 LINEARIZATION WITH RESPECT TO STATE OF REST Consider the ocean to be at rest without waves and the undisturbed density Po (z) and c (z) may depend on the depth only. 36) where p and p are used instead of p and p to simplify designations, see Eqs. 40). 37) + gpow = at at z = 0, at a( w = - at 8H 8H w=u-+v8x 8y at at z = 0, z=-H(x,y).

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Quantum chaos : a new paradigm of nonlinear dynamics by Katsuhiro Nakamura

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