High-temperature (HT) kagome magnets provide important platforms to explore nontrivial
topological physics and promising potentials for spintronic applications, due to the …

Abstract Knowledge of the phase relationships is crucial in developing thermoelectric
materials and allows a better understanding of the properties of the relevant systems. In the …

The quest for intrinsically ferromagnetic topological materials is a focal point in the study of
topological phases of matter, as intrinsic ferromagnetism plays a vital role in realizing exotic …

The linear band touchings at one-dimensional lines or rings that characterize a nodal line
semimetal phase have created much interest in research as they may find use in the next …

We report, an experimental evidence of surface states (SS) driven magneto-transport in a Bi
0.85 Sb 0.15 single crystal. Detailed high field (up to 12T) and low temperature (down to 2 K) …

With the advancement of optical communication, optical encoding, and optical storage
technologies, the demand for tunable mode-locked fiber lasers (MLFL) with soliton …

A comparative study of electronic transport and Hall measurements of PbBi _2 2 Te _4 4 and
SnBi _2 2 Te _4 4 single crystals are presented here. The phase coherence lengths at …

Mesoscopic conductance fluctuations were discovered in a weak localization regime of a
strongly disordered two-dimensional HgTe-based semimetal. These fluctuations exist in …

The magnetotransport properties of SnBi 4 Te 7 single crystal are presented here. The
magnetoresistance measurements uncover the presence of a weak antilocalization (WAL) …

A comprehensive study of structural and magnetotransport properties of pristine Bi 2− x Sb x
Te 3− y Se y (BSTS) single crystals and doped with Zn (BSTS: Zn) and Ga (BSTS: Ga) are …