This review discusses the heavy-electron compounds and related materials from the
perspective of their electrodynamic response. The investigation of the electrodynamic …

The ordinary single-channel Kondo model consists of one or more spin-½ local moments
interacting antiferromagnetically with conduction electrons in a metal. This model has …

We study the interplay among disorder, RKKY, and Kondo interactions in f-electron alloys.
We argue that the non-Fermi liquid behavior observed in these systems is due to the …

The aim of this book is to review recent achievements in thetheoretical investigations of the
electronic structure, optical, magneto-optical (MO), and x-ray magnetic circular dichroism …

We theoretically investigate electronic states and physical properties in a two-channel
Anderson lattice model to understand the non-Fermi liquid behaviors observed in PrV2Al20 …

We present low-temperature heat and charge transport as well as caloric properties of a
ThAsSe single crystal. An extra-AT 1/2 term in the electrical resistivity, independent of …

To unravel the nature of the superconducting symmetry of the enigmatic 5 f heavy-fermion
UBe 13, the pressure dependence of the upper critical field and of the normal state are …

In this paper we consider a multi band extension to the periodic Anderson model. We use a
single site DMFT (NRG) in order to study the impact of the conduction band mediated …

Electrical resistivity, thermal expansion, and magnetization of URu 2 Si 2 in an applied
magnetic field are analyzed within a model based on quadrupolar ordering of U ions with …

Heavy fermion metals hosting multipolar local moments set a new stage for exploring exotic
spin–orbital entangled quantum phases. In such systems, the quadrupolar Kondo effect …