Expert in electrochemical engineering and simulation as well as experimental studies of electrode processes.
Role in BEES: Micro-electrode voltammetry and electrochemical impedance spectroscopy of electron transfer reactions.
Expert in electrode-electrolyte interactions and ionic liquids.
Role in BEES: DES synthesis, physicochemical and thermal property measurements, and solvation spectroscopy
Leader in electrochemistry and electrodeposition experimental and mechanistic studies.
Role in BEES: Electrodeposition and in-situ spectroscopic studies.
Expert in micro-emulsions and micro-and nanoplastics. Developed the key innovation of a ‘vertical cell’ for neutron studies of bi-continuous emulsions.
Role in BEES: SNP NMR characterization.
Expert in iron-based chemistries for grid-scale storage with over 30 years of experience.
Role in BEES: Electrochemical investigations by micro-electrode voltammetry, electrochemical impedance spectroscopy, and solvation structure by synchrotron X-ray, XPS.
World leader in the application of electrochemical methods to scanning electrochemical microscopy, electrogenerated chemiluminescence, and photoelectrochemistry.
Role in BEES: Single droplet electrochemical probing.
Expert in scattering techniques and computational chemistry to enable design of multi-component polymeric materials.
Role in BEES: DES structure characterization by neutron scattering techniques, inelastic neutron scattering.
Phone: 574 631 5687
Expert in molecular simulation and statistical mechanical analysis of ionic liquids and one of the developers for the materials genome.
Role in BEES: Force field development for DES, MD simulations of physical properties and EW predictions.
Phone: 212 998 8471
Expert in theoretical chemistry, specifically MD and AIMD simulations; enhanced sampling algorithms; crystal structure prediction; statistical mechanics with over 20 years of experience.
Role in BEES: DES interface structure and reactions by newly developed computational techniques, and AIMD