Electronic Molecular Materials for High-Performance Chemical Sensors
1315 Seminar Hall @ 12:05 pm
Title: Electronic Molecular Materials for High-Performance Chemical Sensors Abstract: In this lecture I will detail our efforts to make use of semiconducting and conducting organic materials for the formation of chemical sensors with high selectivity …
1315 Seminar Hall @ 3:30 pm
"Heavier Cyanate, Nitrile and Nitroso Analogues: New Opportunities in Synthesis"
1315 Seminar Hall @ 3:30 pm
Title: Explorations in ZrH Catalysis: Emerging Insight into Oxophilicity-Driven Catalysis Abstract: Despite the widespread application of zirconocene hydrides (ZrH) in organic synthesis, their use has remained largely restricted to stepwise, stoichiometric transformations. Zirconium, however, offers …
1315 Seminar Hall @ 11:00 am
Theoretical Spectroscopy for Driven Systems
Mechanisms and Engineering of Photosynthesis
1315 Seminar Hall @ 3:30 pm
Prof. David Savage Title: Mechanisms and Engineering of Photosynthesis Bio: Dave is a Professor in the Department of Molecular & Cell Biology at the University of California, Berkeley and an Investigator in the Howard Hughes …
1315 Seminar Hall @ 12:05 pm
Title: Light-Matter Hybrids: From engineering quantum materials to out-of-equilibrium condensates Abstract: Strong light–matter interaction leads to the formation of hybrid quasiparticles—polaritons—that inherit properties from both photons and material excitations. In this talk, I will first …
1315 Seminar Hall @ 3:30 pm
1315 Seminar Hall @ 3:30 pm
Title: Unconventional Reactions of Common Functional Groups
8335 Daniels - Chemistry Building @ 11:00 am
Title: Harnessing Disorder in Strongly Coupled Light-Matter Systems Abstract: Strong light-matter interactions hold great promise for modulating molecular and material properties, including chemical reactivity, energy transfer, and charge conductivity, via polaritonic states. In realistic chemical …
8335 Daniels - Chemistry Building @ 3:30 pm
Title: Excited-state electronic structure and non-adiabatic dynamics for molecular spin systems Abstract: The electronic structure theory and non-adiabatic dynamics of complex systems are very challenging due to the steep scaling of the current computational methods. …