Part 1: Selective Microwave Heating Design and Theory
In part one of this three part series, FSU chemist Dr. Gregory Dudley, puts forth the controversy that surrounds microwave chemistry research, he outlines physical theory of microwave chemistry, and discusses the research teams central design hypothe....
More details | Watch nowMaterial Characterization: It Takes A Lot of Tools to Solve the Problem
Jonathan Christian discusses what it means to be a material/physical chemist. He shows how a physical chemist characterizes materials using his research into Chromium 3+ polyoxometalates.
More details | Watch nowMulti-field problems involving multi-fracturing solids.
For many problems involving multi-fracturing solids and/or particulate media, the system response is governed by the presence of an additional phase, either gaseous, liquid or both, or by the need to consider other physical phenomena, such as thermal....
More details | Watch nowChemistry and Astronomy: Unification of Sciences
Takeshi Oka, Professor of Astronomy at the University of Chicago and discoverer of H3(+), positively ionised molecule of three protons, talks about the ways in which the various aspects of science are are all interlocked. In particular he shows the ....
More details | Watch nowResistivity – A New Look
The importance of electron orbital angular momentum in the processes that contribute to resistivity.
More details | Watch nowSystems Chemistry: How can reactions shape the macroscopic world?
Abstract: 21st century chemistry is slowly expanding its concepts into the realm of supermolecular phenomena. However, few tools exist for explaining, creating and controlling complex macroscopic structures and dynamics. In this talk, I discuss our....
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