Sobhit Singh
Assistant Professor at University of Rochester
City of Rochester, New York, United States
Summary
👤
Senior🎓
Top SchoolSobhit Singh is an Assistant Professor and physicist with eight years of research experience translating first-principles theory into materials design for spintronics, optoelectronics, data storage, and energy applications. He combines deep expertise in DFT, molecular dynamics, and structural search methods with hands-on experimental synthesis and characterization (VSM, XRD, TEM, FE-SEM, ESR, UV-VIS, FTIR), enabling seamless theory–experiment workflows. His work probes electronic and phonon bandstructures, topological phases, and photocatalytic water-splitting mechanisms, often targeting 2D and heterostructure systems. Trained as a WVU Foundation Distinguished Doctoral Scholar and mentored at Rutgers with leaders in condensed-matter theory, he also codes in Python, Bash, C, Matlab, and Mathematica to automate and reproduce complex simulations. An uncommonly broad skill set across computation and lab techniques lets him both predict novel material behavior and validate it experimentally.
8 years of coding experience
8 years of employment as a software developer
Doctor of Philosophy - PhD, Physics, Doctor of Philosophy - PhD, Physics at West Virginia UniversityMaster of Science - MS, Physics, A+, Master of Science - MS, Physics, A+ at Indian Institute of Technology, GuwahatiBachelor of Science - BS, Physics, Gold Medal in all years of BS degree, Bachelor of Science - BS, Physics, Gold Medal in all years of BS degree at Lucknow Christian Degree College, Lucknow University
Hindi, English, Spanish, chinese (hsk level-2)
Github Skills (10)
wave10
calculation10
python-scripts9
temperature9
elastic8
chemical-engineering8
stability8
matrix8
python7
tensor2
Programming languages (1)
Github contributions (1)
romerogroup/MechElastic
Nov 2017 - Sep 2021
This python scripts can be used to calculate some important physical properties such as elastic moduli, melting temperature, Debye temperature, elastic wave velocities, and elastic anisotropy for all crystalline systems using the VASP output data for elastic tensor calculation. It can also be used to test the mechanical stability of any bulk system. It reads the elastic matrix written in the OUTCAR file. If not provided by user, this script will read the crystal type from the OUTCAR file.
Contributions:26 commits, 2 PRs, 25 pushes in 3 years 10 months
pythonmechanicaltensormatrixcalculate
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