In correlated electronic systems, strong interactions and the interplay between different
degrees of freedom may give rise to anomalous charge-transport properties, which can be …

CeRh 2 As 2 has recently been reported to be a rare case of a multiphase unconventional
superconductor close to a quantum critical point (QCP). Here, we present a comprehensive …

A ferromagnetic quantum critical point is thought not to exist in two-and three-dimensional
metallic systems yet is realized in the Kondo lattice compound YbNi 4 (P, As) 2, possibly due …

This article attempts to review how band structure calculations can help to better understand
the intriguing behavior of materials with strongly correlated electrons. Prominent examples …

We investigate the reconstruction of a Fermi surface, which is called a Lifshitz transition, in
magnetically ordered phases of the periodic Anderson model on a square lattice with a finite …

We have measured the Hall effect, magnetotransport, and magnetostriction on the field-
induced phases of single-crystalline UPt 2 Si 2 in magnetic fields up to 60 T at temperatures …

In this paper, we consider an unconventional doping effect of strongly correlated cerium 4 f
electrons in layered intermetallic systems. The conduction electron part of the model is taken …

The discovery of superconductivity in the quantum critical Kondo-lattice system YbRh 2 Si 2
at an extremely low temperature of 2 mK has inspired efforts to perform high-resolution …

A series of strong anomalies in the thermoelectric power is observed in the heavy fermion
compound YbRh2Si2 under the effect of magnetic field varying in the range from 9.5 to 13 T …

We report field-and temperature-dependent measurements of the thermoelectric power
(TEP) across the pseudometamagnetic transition (MMT) in CeRu 2 Si 2. We applied the …