Jacek Klos

Jacek Klos is a Research Professor at the Department of Chemistry, University of Maryland. His work focuses on quantum scattering theory, molecular dynamics, and ultracold collisions, with applications in astrophysical and condensed matter systems. He has developed computational tools like the Hibridon program for non-reactive quantum scattering calculations.

His research spans chemical bonding in lanthanide compounds, interstellar medium chemistry, and precision measurements in ultra-cold atomic systems. Key contributions include studies on silver dimer formation, C60-noble gas interactions, and resonance effects in C+H2 collisions using Zeeman decelerators.

Publications highlight advancements in understanding glancing collisions in vacuum standards, diffusion coefficients in rubidium-inert gas mixtures, and photo-driven radical formation. His work bridges theoretical models with experimental validation, emphasizing computational methods and molecular spectroscopy.