Eigenvector correlations in non-Hermitian random matrix ensembles
ANN PHYS-BERLIN 7:5-6 (1998) 427-436
Abstract:
We analyse correlations of eigenvectors in Ginibre's and Girko's ensembles of Gaussian, non-Hermitian random N x N matrices J. We study the ensemble average of [L-alpha/L-beta] [R-beta/R-alpha], where [L-alpha\ and \R-beta] are the left and right eigenvectors of J. The case of Ginibre's ensemble, in which the real and imaginary parts of each element of J are independent random variables, is sufficiently symmetric to allow for an exact solution. In the more general case of Girko's ensemble, we rely on approximations which become exact in the limit of N --> infinity.Enumeration of states in a periodic glass
PHYSICAL REVIEW B 58:22 (1998) 14669-14672
Extending linear response: Inferences from electron-ion structure factors
PHYSICAL REVIEW LETTERS 81:20 (1998) 4456-4459
Incommensurate spin correlations in spin-1/2 frustrated two-leg Heisenberg ladders
PHYSICAL REVIEW LETTERS 81:4 (1998) 910-913
Lattice Boltzmann simulations of lamellar and droplet phases
PHYSICAL REVIEW E 58:1 (1998) 480-485