Solution of the Kondo problem Page 1 Solution of the Kondo problem N. Andrei Department
ofPhysics and Astronomy, Rutgers University, New Brunswick, NJ 08903 K. Furuya and J. H …

The behaviour of magnetic impurities in metals has posed problems to challenge the
condensed matter theorist over the past thirty years. This book deals with the concepts and …

Recently it has been shown that many traditional models used for a description of dilute
magnetic alloys are completely integrable and may be solved exactly without any …

The free energy stabilizing the Kondo singlet state is shown to be important in the total-
energy and stability conditions for cerium and related solids. Explicit calculations are given …

Finite-temperature properties of the infinite-U Anderson model for rare-earth alloys are
calculated within a unified approach. The impurity-electron density of states and magnetic …

The exact thermodynamic equations of the Coqblin-Schrieffer model are solved in the
scaling regime and the impurity susceptibility and specific-heat curves are obtained as a …

We study the limits of the energy resolution that can be achieved in the calculations of
spectral functions of quantum impurity models using the numerical renormalization group …

A dimensionless discretization parameter Λ controls the accuracy and the computational
cost of numerical renormalization-group calculations. For reliable computations of …

A survey of experimental findings for Ce-Cu-and Yb-Cu-based compounds is given. Most of
these compounds exhibit unusual physical properties as a consequence of various …

An electron scattering from a local impurity spin has its density of states altered by spin-flip
scattering. This phenomenon causes a peak in the local density of states, which is called the …