The structural and compositional diversity of the RTX 3 family of materials offers various
magnetic and thermodynamic properties such as complex magnetic structure, vibronic …

Understanding physics of high-T c cuprate superconductors remains one of the important
problems in materials science. Though a number of diverse theories argue about the …

New phases or new phenomena are often observed near-zero temperature phase
transitions. These new effects represent nature's way of avoiding quantum critical phase …

Light-matter interacting systems involving multilevel atoms are appealing platforms for
testing equilibrium and dynamical phenomena. Here we explore a tricritical Dicke model …

We study the three-body scattering hypervolume D of atoms whose scattering length a is on
the order of or smaller than the typical range r vdW of the van der Waals attraction. We find …

We propose a generalized Dicke model that supports a quantum tricritical point. We map out
the phase diagram and investigate the critical behavior of the model through an exact low …

We present the results of our comprehensive investigation on the antiferromagnetic heavy-
fermion superconductor Ce3PtIn11 carried out by means of electrical transport, heat …

Single crystals of La 2 Ni 7 have been grown out of a binary La-Ni melt. Temperature-
dependent, zero magnetic field, specific heat, electrical resistivity, and low field …

We report resistivity measurements under pressure for Kondo-lattice ferromagnet
CeRh6Ge4, and present that a quantum ferromagnetic (FM) phase transition is easily …

Ce Rh 6 Ge 4 is an unusual example of a stoichiometric heavy fermion ferromagnet, which
can be cleanly tuned by hydrostatic pressure to a quantum critical point. To understand the …