Dr. Miguel Lopez Ruiz
Research areas: Quantum computing and simulation.
Bio: Miguel has a PhD degree in theoretical nuclear physics from Indiana University.
Nicole De Gregorio
Research Areas: Tensor network quantum nuclear dynamics, Shannon entropy based methods for efficient evaluation of molecular potential surfaces, Hydrogen transfer reactions in atmospheric systems.
Bio: BS in chemistry from the University of California, Merced.
Research Areas: Graph theoretic methods for many-body theory and accurate molecular potential surface calculations.
Bio: MS in chemistry from the Indian Institute of Technology, Bombay.
Research Areas: Graph theoretic approaches to many-body theory, post-Hartree AIMD, Chemical Abstract machines, vibrational spectroscopy.
Bio: BS in chemistry with a minor in mathematics from New Mexico Institute of Mining and Technology.
Research areas: Quantum computing and simulation. Quantum dynamics in open systems.
Bio: Debadrita has an MS degree in physics from the Indian Institute of Technology, Bombay.
Reearch Areas: Machine learning methods applied to obtain molecular potential energy surfaces and for reduced scaling ab initio molecular dynamics calculations
Bio: Xiao has a BS in physics and mathematics from Purdue University.