AEIn2As2 (AE= Ca, Sr, Ba), as a new crucial nonmagnetic thermoelectric candidate, needs
to be understood in terms of its potential electronic structure properties and topological …

Topological insulators and semimetal materials composed of heavy elements usually have
inverted and dispersive band structures. It is interesting to notice that if lighter elements with …

Dirac semimetal is an ideal parent state to realize various exotic states of matter, such as
quantum spin Hall state, Weyl semimetal phase, and Majorana zero modes. Topological …

Doping by Mn breaks the time-reversal and crystal symmetry of Cd 3 As 2, splits Dirac cones
and changes band structure. We study these changes using both DFT calculations and …

Having previously been the subject of decades of semiconductor research, cadmium
arsenide (Cd 3 As 2) has now reemerged as a topological material, realizing ideal three …

The magnetic doping of Dirac semimetals breaks their time-reversal symmetry thus giving
rise to anomalous transport phenomena promising for applications. While the Dirac cone …

Momentum-space topology of electrons under strong spin-orbit coupling contributes to the
electrically induced torques exerting on magnetic textures insensitively to disorder or …

A vibrant research field in condensed matter is the study of topological materials, which
range from topological insulators to Dirac semimetals and Weyl semimetals. Na 3 Bi is …

In this study, we analyzed the composition-dependent phenomena in (Cd 1-x Mn x) 3 As 2
polycrystals with x= 0–0.08. We showed that the Mn-induced stabilization of minor α …

Experimental results that BaIn 2 As 2 and Ca (Sr) In 2 As 2, which are the same class of
alkali metal compounds, belong to different structural phases have puzzled the current …