Heavy fermion (HF) materials exhibit a rich array of phenomena due to the strong Kondo
coupling between their localized moments and itinerant electrons. A central question in their …

We present the crystal structures and basic magnetic properties of the REAuBi 2 (RE= La–
Nd, Sm) compounds. This isostructural family crystallizes in the tetragonal P4/nmm (no. 129) …

Motivated by the presence of competing magnetic interactions in the heavy fermion family
Ce TX 2 (T= transition metal, X= pnictogen), here we study the novel parent compound …

In this work, single crystals of LaMn 0.91 Sb 2 and NdMn 0.88 Sb 2 with deficiencies of Mn
have been successively grown by using the Bi-flux method. They all crystallize in the HfCuSi …

We report the discovery of CeLiBi 2, the first example of a material in the tetragonal Ce TX 2
(T= transition metal; X= pnictogen) family wherein an alkali cation replaces the typical …

This work focuses on the synthesis, structural and magnetic characterization, and the effects
of the Crystal Electric Field (CEF) of RNiIn 4 (R= Ce, Pr, Nd) compounds. By using the metal …

We report the electronic and magnetic properties of stoichiometric CeAuBi 2 single crystals.
At ambient pressure, CeAuBi 2 orders antiferromagnetically below a Néel temperature (TN) …

We combine magnetization, pressure-dependent electrical resistivity, and heat capacity
measurements to investigate the physical properties of the novel compound UAuBi 2. Our …

We have performed x-ray powder diffraction, magnetization, electrical resistivity, heat
capacity, and inelastic neutron scattering (INS) to investigate the physical properties of the …

Abstract Single crystals of CeMn 0.85 Sb 2 have been successfully synthesized by using the
Bi as flux. Analysis of single crystal x-ray diffraction data confirms that CeMn 0.85 Sb 2 …