activity
19951997
most citedEnhanced Transmission Due to Disorder

63 citations · 237 across the 9 of their papers we have counts for

collaborators

9 papers

cond-mat.stat-mech1997★ 43 cited

Two-band random matrices

E. Kanzieper, V. Freilikher

Spectral correlations in unitary invariant, non-Gaussian ensembles of large random matrices possessing an eigenvalue gap are studied within the framework of the orthogonal polynomi…

cond-mat1997★ 34 cited

Random matrix models with log-singular level confinement: method of fictitious fermions

E. Kanzieper, V. Freilikher

Joint distribution function of N eigenvalues of U(N) invariant random-matrix ensemble can be interpreted as a probability density to find N fictitious non-interacting fermions to b…

chao-dyn1997★ 28 cited

Novel universal correlations in invariant random-matrix models

E. Kanzieper, V. Freilikher

We show that eigenvalue correlations in unitary-invariant ensembles of large random matrices adhere to novel universal laws that only depend on a multicriticality of the bulk densi…

chao-dyn1997★ 19 cited

Universality in invariant random-matrix models: Existence near the soft edge

E. Kanzieper, V. Freilikher

We consider two non-Gaussian ensembles of large Hermitian random matrices with strong level confinement and show that near the soft edge of the spectrum both scaled density of stat…

cond-mat1996★ 15 cited

Eigenfunctions of electrons in weakly disordered quantum dots: Crossover between orthogonal and unitary symmetries

E. Kanzieper, V. Freilikher

A one-parameter random matrix model is proposed for describing the statistics of the local amplitudes and phases of electron eigenfunctions in a mesoscopic quantum dot in an arbitr…

cond-mat1996★ 16 cited

Theory of random matrices with strong level confinement: orthogonal polynomial approach

V. Freilikher, E. Kanzieper, I. Yurkevich

Strongly non-Gaussian ensembles of large random matrices possessing unitary symmetry and logarithmic level repulsion are studied both in presence and absence of hard edge in their…