A Weyl semimetal is a topologically non-trivial phase of matter that hosts mass-less Weyl
fermions, the particles that remained elusive for more than 80 years since their theoretical …

The challenging task of scaling down the size of the power saving electronic devices can be
accomplished by exploiting the spin degree of freedom of the conduction electrons in van …

It is widely believed that topological superconductivity, a hitherto elusive phase of quantum
matter, can be achieved by inducing superconductivity in topological materials. In search of …

In the new van der Waals Kondo-lattice Fe 3 GeTe 2, itinerant ferromagnetism and heavy
fermionic behavior coexist. Both the key properties of such a system, namely, a spin …

Co $ _3 $ Sn $ _2 $ S $ _2 $ has recently emerged as a ferromagnetic Weyl semi-metal.
Theoretical investigation of the spin-split bands predicted half metalicity in the compound …

The surface states of topological insulators (TI) are protected by time reversal symmetry and
they display intrinsic spin helicity where the momentum of the charge carriers decides their …

Co 3 Sn 2 S 2 has recently emerged as a ferromagnetic Weyl semimetal. Theoretical
investigation of the spin-split bands predicted half metallicity in the compound. Here, we …

Silicon, perhaps the most ubiquitously used material in the digital age of today, has also
been a material of choice for testing the fundamental differences between various electronic …

The ground-state properties of CuFeAs were investigated by applying density functional
theory calculations within the generalized gradient approximation (GGA) and GGA+ U. We …

Emergence of novel quantum materials like ferromagnets, superconductors, topological non-
trivial materials have introduced new possibilities to the condensed matter physics re …