Topological insulators form a novel state of matter that provides new opportunities to create
unique quantum phenomena. While the materials used so far are based on semiconductors …

The higher dimensionality in the crystal fields of the Ce 2 M In 8 (M= Rh, Ir) compounds and
its interplay with hybridization and disorder are key ingredients to understand the complex …

The study of (quantum) phase transitions in heavy fermion compounds relies on a detailed
understanding of the microscopic control parameters that induce them. While the influence …

CeIrSn with a quasikagome Ce lattice in the hexagonal basal plane is a strongly valence
fluctuating compound, as we confirm by hard x-ray photoelectron spectroscopy and inelastic …

CeRhSn with the Ce atoms forming a quasikagome lattice in the hexagonal plane has
recently been discussed in the context of quantum criticality driven by magnetic frustration …

We present bulk-sensitive hard X-ray photoelectron spectroscopy (HAXPES) data of the
Ce3d core levels and lifetime-reduced L-edge X-ray absorption spectroscopy (XAS) in the …

In order to show characteristic features in core-level spectroscopy, reflecting the localized-or
itinerant nature of 4 f electrons in Ce intermetallics, 3 d x-ray photoemission spectroscopy, 3 …

We study the electronic structure of single crystal CeAgSb 2, a low T c ferromagnetic Kondo
system, using synchrotron radiation photoemission spectroscopy (PES) and x-ray absorption …

We have measured the strain, magnetization, and specific heat of the antiferromagnetic
(AFM) Kondo semiconductors Ce T 2 A l 10 (T= Ru and Os) under uniaxial pressures …

Angle-resolved photoelectron spectroscopy studies were performed on antiferromagnetic
Kondo semiconductor CeRu2Al10 together with related (Ce0. 9La0. 1) Ru2Al10, and …