A wide range of metals exhibit anomalous electrical and thermodynamic properties when
tuned to a quantum critical point (QCP), although the origins of such strange metals have …

Recent progresses using state-of-the-art experimental techniques have motivated a number
of new insights on heavy fermion physics. This article gives a brief summary of the author's …

Heavy fermion compounds exhibiting a ferromagnetic quantum critical point have attracted
considerable interest. Common to two known cases, ie, CeRh 6 Ge 4 and YbNi 4 P 2, is that …

We propose to use residual anyons of the overscreened Kondo effect for topological
quantum computation. A superconducting proximity gap of Δ< TK can be utilized to isolate …

Ferromagnetic quantum criticality in clean metals has proven elusive due to fermionic soft
modes that drive the transition first order. We show that noncentrosymmetric metals with a …

One of the challenges in strongly correlated electron systems is to understand the
anomalous electronic behavior that develops at an antiferromagnetic quantum critical point …

The present review summarizes important aspects of the crystal chemistry of ytterbium-
based intermetallic compounds along with a selection of their outstanding physical …

Metallic spin liquid has been reported in several correlated metals, but a satisfactory
theoretical description is not yet available. Here we propose a potential route to realize the …

Motivated by the recent discovery of a continuous ferromagnetic quantum phase transition in
CeRh6Ge4 and its distinction from other U-based heavy fermion metals such as UGe2, we …

Heavy-fermion metals typically exhibit an unconventional quantum critical point or quantum
critical phase at zero temperature due to the competition of the Kondo effect and magnetism …