Carlos Wexler

Carlos Wexler is a Professor in the Department of Physics and Astronomy at the University of Missouri, affiliated with the College of Arts and Science. He holds a PhD from the University of Washington and specializes in Condensed Matter Theory with a focus on energy storage solutions, particularly hydrogen and natural gas storage using nanoporous carbon materials. His research employs theoretical modeling and molecular dynamics simulations to engineer optimal nanopore structures and surface functionalizations for enhanced adsorption.

Wexler’s group collaborates with experimental teams, including Prof. Pfeifer’s group, to validate theoretical predictions such as boron-doped carbon’s enhanced hydrogen storage capabilities. His work also explores quasi-two-dimensional systems, including quantum Hall effects and organic film phase transitions. Key contributions include advancing adsorption-induced structural changes in porous materials and developing new experimental methods for material characterization.

Recent research highlights include studies on lithium-ion battery materials, biogas storage in carbon frameworks, and strain effects on graphene-based superfluidity. His publications span topics from nanoporous materials engineering to quantum phenomena in confined systems.

Wexler has contributed to over 100 peer-reviewed articles and serves as a guest editor for specialized journals. His work bridges theoretical physics and applied energy solutions, with a focus on sustainable storage technologies.