Charles Snider Email & Phone Number

Research and development of computational models of nuclear magnetic resonance. Implementation of linear algebraic, matrix/tensor operations and algorithms in Julia, C++, and CUDA. Parallelization of mathematical algorithms with applications to differential equations such as matrix exponentiation. Development of both ensemble parallelization and large.

Cambridge, Massachusetts, United States

Investigation of miniaturized single-sized NMR sensors for in-situ monitoring of drilling fluids. Development of novel technique for rapid on-site analysis of fluids, saving both time and cost compared to standard techniques. Focus on data analysis and experiment implementation in MATLAB and profiling of sensors.

Providence, Rhode Island, United States

Experimental research in nuclear magnetic resonance. Developed and built liquid helium recirculation systems. Experience with cryogenics, helium transfers, and helium liquifier systems. Worked closely with NMR spectrometers, creation and tuning of RF coils for NMR spectroscopy, and standard experimental protocols such as frequency sweeps, T1 and T2.

Doctor Of Philosophy - Phd, Physics

Dissertation: Dynamic Simulations of Strongly Coupled Spin Ensembles Adviser: Dr. Vesna Mitrović A CUDA simulation for the modeling of.

Master Of Science - Ms, Physics

Transitional degree awarded for completion of all requirements during the doctoral program.

Bachelor Of Science - Bs, Theoretical And Mathematical Physics

Strong background in physics and mathematics with an emphasis on linear algebra, group theory, differential geometry, and matrix algebras.