Search Results
Understanding how reactants bind to active sites at solid-liquid interfaces is fundamental to guiding the design of new catalysts for conversions via low-energy pathways.
A long-standing challenge is the development of realistic molecular-level models for catalytic reactions on metal surfaces under low-pressure conditions. Here interactions between adsorbed reactant species produce subtle reactant adlayer ordering and also impact both (non-reactive) desorption and reaction kinetics.
Physicists have successfully performed measurements of an iron-based superconductor in a but difficult-to-reach regime where critical quantum fluctuations dominate the physics.
Paul Kim is a Postdoctoral Associate at Rutgers, working with a CMI project in Crosscutting Research.
CMI created the Open Innovation Project (OIP) proposal process during its seventh year as a way to add to the research portfolio during its eighth year.
Discovery (Basic) Research
HR Generalist, Human Resources and Diversity
Directed (Applied) Research
Self-monitoring poster, COVID-19 symptoms
CMI researchers have developed hundreds of technologies, and applied for US patents with dozens of patents issued