Enamul Haque, Monash
MnBi2Te4 (MBT) is a prototype of magnetic topological insulators (TI). The MBT exhibits a class of exotic quantum phases at higher temperatures than that of the doped magnetic TI—the type of exotic phases changes with the number of septuple layers. As the temperature can make these phases fragile and electron-phonon interactions significantly increase with temperature, we investigate the septuple layer-dependent electron-phonon interactions at the surface of MBT at different temperatures. In this presentation, we will discuss this in detail.
About the presenter
Enamul is a PhD candidate in CI Nikhil Medhekar‘s group. His research specialises in the areas of advanced functional materials science within the field of computational materials science. Enamul’s project will focus on electron-phonon interactions in 2D topological insulators and their impact on the carrier transport. This work fits the FLEET Enabling Research Theme 1, Topological Materials.