BULK CRYSTALS

BSCCO (Bismuth strontium calcium copper oxide) is a high-temperature layered superconductor. It has the generalized chemical formula Bi2Sr2Can−1CunO2n+4+x, and n=2 which is also known as Bi-2212 with critical temperature (Tc) at ~90-95K. It is...

GeBi2Te4 is a topological insulator material with exciting electronic and quantum properties. Our GiBi2Te4 single crystals were synthesized using a flux growth method without any use of halide (I2, Br, Cl2) or magnetic (Fe, Ni, Co) impurities...

PbBi2Te4 is a layered topological insulator with the observed two-dimensional iso-energy contours in the bulk energy gap are found to be the largest among the known 3D topological insulators. Both bulk and monolayer regime physical properties of...

PdBi2 is a layered superconductor with topologically protected surface states in a centrosymmetric layered β-PdBi2 phase. It exhibits centrosymmetric tetragonal crystal structure belonging to the space group I4/mmm. Each Pd atoms is...

SnBi2Te4 is a member of the family of topological insulators. SnBi2Te4 are best known for its topological insulator properties. SnBi2Te4 has a layered crystal structure, and it belongs to the space group R-3m (No. 166) in the hexagonal crystal...

SnBi4Te7 is a layered van der Waals topological insulator and narrow gap semiconductor with easy exfoliation characteristics. It belong to the trigonal crystal system with alternating Sn-Bi-Te layers to make up SnBi4Te7 stoichiometry. SnBi4Te7 crystals...

SnBi6Te10 is a layered ternary chalcogenide in the Bi–Te–Sn family that exhibits promising topological, thermoelectric behavior and van der Waals layering. Crystallizing in a rhombohedral phase, SnBi6Te10 displays low lattice thermal...

SnSb2Te4 is a topological insulator material from layered material family. Our van der Waals (vdW) SnSb2Te4 single crystals have been synthesized using our modified Bridgman technique after 2 years of dedicated synthesis. The crystals exhibit 6N (99...