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APS March Meeting in New Orleans, La

Understanding the structural and electronic properties of materials has expanded rapidly with the recent advance in scientific computing. Our group uses ab initio electronic structure calculations, solving Schrodinger's equation in solids with little more information than the atomic positions and crystal structure, to understand the properties of materials. We use the linear muffin-tin orbital method (LMTO) both within the atomic sphere approximation (ASA) and in full-potential (FP). Our current interests include nitride spintronic materials,   defects of chalcopyrite semiconductors,  We also use the plane wave pseudo-potential codes to study the high pressure phase of  III-V and II-VI compouds and peizoelectric properties of the PZT.

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PICTURE OF THE MONTH




9/2007: Simulated infrared spectrum of ZnSiN2 showing transverse vibrational modes of different symmetry.
The red dashed line gives experimental values from Mintairov et al. Appl. Phys. Lett. 76, 2517 (2000). The solid
black lines is calculated using ABINIT by Tula Paudel.