Samarium hexaboride is a classic three-dimensional mixed valence system with a high-
temperature metallic phase that evolves into a paramagnetic charge insulator below 40 K. A …

We develop a theory of quantum oscillations in insulators with an emergent Fermi sea of
neutral fermions minimally coupled to an emergent U (1) gauge field. As pointed out by …

The peculiar metallic electronic states observed in the Kondo insulator, samarium
hexaboride (SmB6), has stimulated considerable attention among those studying non-trivial …

The Kondo insulator SmB 6 has emerged as a primary candidate for exotic quantum phases,
due to the predicted formation of strongly correlated, low-velocity topological surface states …

The proximity effect at the interface between a topological insulator and a superconductor is
predicted to give rise to chiral topological superconductivity and Majorana fermion …

Compounds within the hexaboride class of materials exhibit a wide variety of interesting
physical phenomena, including polaron formation and quadrupolar order. In particular …

SmB6 is a heavy fermion semiconductor with a narrow energy gap at the Fermi level, often
denoted also as Kondo insulator, which has recently been considered to be a topological …

We critically review the results of magnetic torque measurements on SmB 6 that show
quantum oscillations. Similar studies have been given two different interpretations. One …

The quest to understand the nature of the electronic state in SmB6 has been challenging,
perplexing and surprising researchers for over half a century. In the theoretically predicted …

拓扑近藤绝缘体是一种本征的强关联拓扑电子体系, 其体能隙来源于近藤关联效应. 自2010
年拓扑近藤绝缘体的理论概念被提出后, 六硼化钐(SmB 6) 作为第一种被预测为拓扑近藤绝缘体 …