Dr. Kishor Kumar Email & Phone Number

Since 2013, I am working on the first-principles/DFT calculations and experiment as summarized below: 1. Expertise on WIEN2k (FP-LAPW) code: I have used this code for calculations of structural, electronic, optoelectronic and magnetic properties, etc. for variety of materials as evident from my list of publications. 2. Expertise on CRYSTAL (LCAO) code: For validation of experimental momentum densities and the applicability of exchange and correlation potentials for a variety of materials, I have used this code (published in research journals). 3. Expertise on SPR-KKR code: To compare charge and magnetic Compton profiles and also magnetization data, I have used the spin polarized relativistic KKR calculations which are published in scientific journals (please refer to my publications). 4. Use of any kind of ab-initio codes: Since I got expertise in above three codes which use different basis-sets, I can handle and use any electronic structure code for computation of variety of properties viz. electronic structure, optoelectronic, magnetic, thermal and all other relevant solid-state properties. 5. Expertise in experimental work: For my research work and during my Post-Doc (Research Associate) position, I also got opportunity to handle and use fruitfully the following spectroscopic techniques/instruments and data analysis: (a) Compton spectroscopy (Using 241Am and 136Cs Compton spectrometers) (b) Magnetic Compton spectroscopy at Synchrotron Radiation Sources (SPring–8, Japan) (c) VSM/SQUID magnetometer, UV–vis spectroscopy, X–ray diffraction spectroscopy, EDAX, Photoemission spectroscopy (XPS), Scanning electron microscopy (SEM), etc.

Listed skills include Master Of Masters, First Principles Calculation, Compton Spectroscopy, Ab Initio Calculation, and 13 others.