Use LASSO and MVPA to find craving patterns in the brain through fMRI data. Analyze craving signatures location using brain atlases and isolate regions of interest. Creating a predictive model that would detect if a person craves a substance, is trying to suppress or its indifferent to the substance.

Studied mechanical properties of 3C- Silicon Carbide nanoresonator structures. Simulated Helium Ion implantation in amorphous Silicon Carbide using SRIM. Simulated 3C-SiC using LAMMPS. Observed nanofabrication processes (UV Lithography, Annealing, Implantation, Doping, Etching, Film formation). Classified structures using SEM.

Conducted measurements on the Verdet constant for SCHOT-SF57, SCHOT-SF59, BK-7.Measured the magnetic field of a permanent magnet. Troubleshooted errors in the optics equipment. Calibrated and used lasers in infrared and visible light spectrum to study the Faraday Rotation with different wavelengths on the samples: SCHOT-SF57, SCHOT-SF59, BK-7, alcohol and water.