- BS educational background is Computational physics that offer a unique way to study the materials by using computational codes like (WIEN2K, Exciting code, Quantum espresso, VASP)
- Computational condensed matter physics involves using computer simulations and modelling to investigate the complex interactions and phenomena that occur in condensed matter systems.
- By combining theoretical results with experimental results, scientists can gain insights into the behaviour of condensed matter systems and develop a deeper understanding of their physical properties.
Khawar Ismail received the master’s degree in applied physics in 2021 from the Government college University Lahore Punjab Pakistan with a thesis entitled "Titanium doped rock salts binary alloys for spintronics application ", working at the Centre for Advanced Studies in Physics (CASP). He is a research student fellowship at the University of Salento in the computational Nano-plasmonic group at the Italian Institute of Technology (IIT-Centre for Biomolecular Nanotechnologies, Arnesano, LE) where he focuses to study the second order and third order non-linear optical response of Ag/Au nanoparticle by TD-DFT method within (exciting code). currently he working on zero and finite temperature dependent Fe1-xGax (x=0-0.25%) alloys according to Aflowlib.org for magnetostriction application (DFT + Machine Learning).