Syed Shah, Phd Email & Phone Number

Los Alamos, New Mexico, United States

Theoretical and computational studies of materials for developing lasers, spin-qubits, and photonic devices with analytical, computational and machine learning techniques.

Houston, Texas, United States

Development of machine learning methods to analyze 2d coherent spectral signals based upon stochastic model for non-stationary spectral diffusion

Houston, Texas, United States

Working at Surface Chemistry Lab, I have been involved in multidisciplinary research projects with the goal of inventing new techniques for chemical imaging of surfaces. The research involved the use of linear & nonlinear optics, pulsed lasers, OPG/OPA system, computational imaging, computer vision, data analysis and machine learning.Additionally, my research efforts have involved electronics, control systems, programming and opto-electronics & mechanics. These efforts have pushed the understand of surface chemical phenomena in Self Assembled Monolyers, Silicon surfaces, Organics Semiconductors, and Electrochemistry.The key contributions include: 1) Innovation and implementation of super-resolution SFG microscopy using ground state depletion, 2) Enhancement of chemical imaging resolution and robustness by using Neural Networks to discover chemical identities of noisy spectra,3) Analysis of molecular orientation on Rubrene single crystal surfaces with SFG and RHEED.

Lahore, Punjab, Pakistan

Developed key experiments for the Optics Lab for undergraduates. Designed and created optical setups, analysis softwares, electronics, and documentation for experiments involving diffraction, Fabry Perot cavity, laser mode analysis, polarization, optical fibers, laser diodes and other related phenomenon.

Doctor Of Philosophy - Phd, Chemistry, 3.816/4

Activities and Societies: Chemistry Graduate Student Association (VP 2019)Working at Surface Chemistry Lab, I have been involved.

Bachelor Of Science - Bs, Physics & Computer Sciences

Along with coursework in physics and computer sciences, worked on undergraduate research project. The research focuses on the modeling.