Abhishek K. Singh

TL;DR: In this paper, the authors show that a perfect balance of high electrical conductivity, high thermopower, and low lattice thermal conductivity can be realized in In5X5Br (X = S and Se) compounds, where indium simultaneously exists in three different oxidation states (In1+, In2+ and In3+) and the presence of multiple charge carrier pockets near the band edge results in a high temperatureopower of 250-300 μV K−1 for both p-and n-type doping over a wide range of carrier concentrations and temperatures.

TL;DR: EGFR expression levels in the premalignant lesion appear to be a sensitive factor in predicting the neoplastic potential of dysplastic tissues, which suggests that EGFR may serve as a biological marker to identify high-risk subgroups and guide prophylactic therapy.

TL;DR: In this article, the authors show that while the electronic structure and indirect band gap of SnS2 do not change significantly with the number of layers, they can be reversibly tuned by applying biaxial tensile (BT), BC, and normal compressive (NC) strains.

TL;DR: In this paper, a machine learning model was used to establish a relationship between seemingly independent electronic and thermal transport properties using bonding characteristics driven structural attributes along with the Seebeck coefficient and electrical conductivity as descriptors.

TL;DR: In this article, the magneto-transport properties of Bi2Se3-ySy were investigated and the negative magnetoresistance was attributed to the non-trivial bulk conduction.