This paper gives a review of the theory of noninteracting electrons in a static disordered
lattice. The introductory section gives a brief survey of the main aspects of the problem and …

We review the methods which have been developed over the past several years to
determine the behavior of solids whose properties vary randomly at the microscopic level …

In this work, we investigate the Anderson localization problems of the generalized Aubry-
André model (Ganeshan-Pixley-Das Sarma's model) with an unbounded quasiperiodic …

The main part of this book is devoted to the simplest kind of Green's functions, namely the
solutions of linear differential equations with a-function source. It is shown that these familiar …

A new basis has been found for the theory of localization of electrons in disordered systems.
The method is based on a selfconsistent solution of the equation for the self energy in …

The subject of electronic and phonon states in crystals with incommensurate periodic
potentials is reviewed. The emphasis is on the physics behind the various theoretical …

Percolation theory is the name given a new mathematical discipline, initiated in 1957 and
found to be unusually productive in the physics of inhomogeneous systems. The main …

An outline is given of the electrical properties expected in a disordered solid or fluid which
shows a metal-insulator transition of Anderson type. This is one in which the Fermi energy of …

In this paper we study nuclear magnetic relaxation in the pore fluid within a detrital
sedimentary rock. Bloch equations are introduced for the magnetization and solved for the …

Much progress has been achieved during the last two decades in the theoretical
understanding of dynamical properties of solids, especially of disordered and anharmonic …