معرفی
Craig Martens is a Professor in the Department of Chemistry at the University of California, Irvine (UCI). His research focuses on theoretical and computational methods to study nonadiabatic dynamics, quantum coherence, and molecular processes in condensed phases and nanoscale systems. Key areas include surface hopping simulations, semiclassical approaches, and the development of trajectory-based frameworks for understanding quantum-classical interfaces.
His work addresses challenges in Physical Chemistry and Materials Science, with applications to two-dimensional materials, nanopore systems, and polyatomic molecules. Notable contributions include energy-conserving surface hopping methodologies and innovations in simulating entangled quantum trajectories. Martens leads the Martens Group, advancing computational tools for ultrafast dynamics and nonequilibrium phenomena.
Research themes span nonadiabatic coupling effects, vibrational predissociation, and quantum control in condensed phases. Recent studies investigate quantum coherence in complex environments and the interplay between classical and nonclassical dynamics in nanoscale systems. His methodologies are widely applied to analyze photofragmentation, caging effects, and shock wave spectroscopy in molecular systems.
