Advances in Topological Materials
Pronin, Artem (editor)
The present collection of articles focuses on different aspects of topological-materials studies. Recent progress in both, theoretical and experimental, studies is covered in this Special Issue. A particular stress is given on different optical investigations, as well as on recent band-structure calculations. Besides, neutron scattering experiments, crystal growth, and a number of theoretical models for different topological systems are discussed.
Keywordstopological insulators; optical conductivity; Dirac materials; Weyl nodes; screw rotation symmetry; line node; space group 19; space group 61; cyclotron resonance; crystal growth; optical floating zone method; SmB6; Sm1-xCexB6; topological insulator; kondo insulator; topology; chirality; multifold semimetal; optics; DFT; topological semimetal; cobalt monosilicide; mechanical deformation; quantum anomalous Hall effect; Faraday rotation; terahertz spectroscopy; inelastic neutron scattering; topological materials; anomalous Hall effect; isotropic ferromagnet; kagome; frustrated magnetism; skyrmion; magnetization; optical-conductivity scaling; topological semimetals; band structures; high Chern numbers; bulk-edge correspondence; Weyl semimetals; band-structure calculations; optical response; n/a
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Publication date and place2022
Research & information: general