Chem 228: Prof. Aaron S. Rury
Chem 228: Prof. Aaron S. Rury
"Assessing Hybrid Molecular Platforms for Next Generation Quantum Technologies "
"Assessing Hybrid Molecular Platforms for Next Generation Quantum Technologies "
“Supramolecular Polymers and Crosslinkers to Control Structure, Properties, and Performance in Polymer Networks and Nanomaterials”
“Real-Time Path Integral Methods for Electron-Vibration Dynamics of Large Molecular Aggregates”
“Creating Sustainable Chemicals and Foods from Water, Air and Electricity”
"Quantum Resonances in Molecular Systems at High Energy: Cold Collisions of Hot Molecules and Quantum Roaming Dynamics"
“Conformational Control over Metal ion Reactivity” Abstract: Metalloenzymes facilitate some of the most thermodynamically and kinetically challenging chemical transformation known, and in contrast to our industrial methods, they do so under extremely mild conditions. What are they doing that we are not? One aspect of metalloenzyme reactivity that is ubiquitous in nature yet often overlooked […]
The remarkable complexity of the human brain is evident at all levels, from anatomical to cellular to molecular. The central molecules of synaptic signaling comprise a diverse array of integral membrane proteins that are resistant to most approaches to high resolution structural characterization. As such, chemistry provides the most powerful tool for unraveling the structures […]