Past Events & Seminars
Development of methods to prepare various organic compounds of synthetic, biological, and medicinal significance in a cost-effective, efficient, reliable and selective manner is vital to advances... View »
Metallic surfaces perform many chemical transformations that hold promise for the future energy economy, including N2 reduction, NH3 oxidation, and alkane synthesis, but surfaces are difficult to... View »
ABSTRACT:
Chemical synthesis is responsible for significant emissions of carbon dioxide worldwide. These emissions arise not only due to the energy requirements of... View »
The direct coupling of mechanical forces in polymers to covalent chemical reactions has opened new opportunities in chemical reactivity, stress-responsive materials, and mechanochemically active... View »
Polymer science just celebrated its centennial, and the global polymer market now exceeds $500 billion per year. Despite this history and stature, many fundamental aspects of the way polymers... View »
ABSTRACT:
Our research program revolves around the synthesis and use of fused heterocyclic stable carbocations, such as acridinium, helicenium and triangulenium ions. These... View »
The frontier in renewable energy applications lies in designing functional energy materials from molecular and nanostructured components as well as integrating these functional entities into... View »
Quantum materials, as an emerging term, include materials with electronic or magnetic properties originating from nontrivial quantum mechanics, such as superconductors, topological materials,... View »
Since the discovery of conducting polymers, organic materials have promised great applications in energy conversion, electronics, and chemical sensing. Synthetic chemistry has been rapidly... View »
Non-coupled binuclear (NCBN) copper monooxygenases are metalloenzymes centrally involved in the biosynthesis of neurotransmitters and signaling peptides. The most famous is dopamine β-... View »
Quantum chemistry has become an indispensable tool in revealing the microscopic details of molecules and materials such as barrier heights, interaction energies, and correlation functions. The... View »
One major focus of research in the Milner group is the design of materials to not only enable new synthetic transformations, but also to change the ways in which reactions are carried out. To... View »
We will discuss the latest applications of C-Trap technology in the fields of DNA/RNA-protein interactions, genome organization, protein folding/unfolding, biomolecular condensates, and cell... View »
2-Part Virtual WebEx Seminar & Panel Discussion:
I. An Overview of Worldwide Research and Development
II. Commercial Route Development of the SGLT2 Inhibitor
III. Panel... View »
Inorganic/Materials Division via Zoom
View »