Unlike string theory, topological physics in lower dimensional condensed matter systems is
an experimental reality since the bulk-boundary correspondence can be probed …

Inorganic boron-based nanostructures have great potential for field emission (FE), flexible
displays, superconductors, and energy storage because of their high melting point, low …

Topological insulators are materials characterized by dissipationless, spin-polarized surface
states resulting from nontrivial band topologies. Recent theoretical models and experiments …

Realization of strong correlation effect in topological materials is very rare due to lack of
ideal systems. In this Rapid Communication, we present the magnetotransport properties of …

We theoretically study the stability of three-dimensional Dirac semimetals against short-
range electron-electron interaction and quenched time-reversal symmetric disorder (but …

Topological insulators are promising candidates for optically driven spintronic devices,
because photoexcitation of spin polarized surface states is governed by angular momentum …

A low-energy theory for the helical metallic states, residing on the surface of cubic
topological Kondo insulators, is derived. Despite our analysis being primarily focused on a …

Rare-earth hexaborides have attracted considerable attention recently in connection to a
variety of correlated phenomena including heavy fermions, superconductivity, and low …

To finally resolve the controversial issue of whether or not the electronic structure of YbB 6 is
nontrivially topological, we have made a combined study using angle-resolved …

Most of the experimental results presented in this book would not have been possible to
obtain without high-quality single-crystalline samples. The history of chemical synthesis and …