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UID:20250821T110746EDT-1975Oow9MD@132.216.98.100
DTSTAMP:20250821T150746Z
DESCRIPTION:Abstract:\n\nPlasmonic nanostructures have long been appreciate
 d for their ability to harvest light and transform it into other forms of 
 energy\, including thermal energy (heat) and chemical energy (hot charge c
 arriers)\, which can impact dynamic processes happening at or near the nan
 oparticle surface. This talk will discuss how single molecule fluorescence
  and super-resolution imaging can be used to interrogate the effects of lo
 cal heating on the surface of plasmonic nanostructures as well as recent p
 rogress towards the development of a nanothermometry technique capable of 
 reporting on quantitative temperature with <20 nm spatial resolution.\n\nB
 io:\n\nKatherine (Kallie) Willets is the Robert L. Smith Early Career Prof
 essor in the Department of Chemistry at Temple University.  She received a
  B.A. in Chemistry from Dartmouth College in 1999\, performing undergradua
 te research in the labs of both Charles L. Braun and Jane E.G. Lipson.  Af
 ter graduation\, she moved to Stanford University to pursue her Ph.D. in t
 he lab of W.E. Moerner\, receiving her degree in Physical Chemistry in 200
 5.  From 2005-2007\, she conducted postdoctoral research with Richard Van 
 Duyne at Northwestern University before beginning her independent faculty 
 career at the University of Texas at Austin in 2007.  In 2015\, she moved 
 to Temple University in Philadelphia\, where she runs a research lab focus
 ing on understanding heterogeneity at nanoscale interfaces. She has been r
 ecognized with an Air Force Office of Scientific Research Young Investigat
 or Award and a Department of Energy Early Career Award and served as a mem
 ber of the Defense Science Study Group.  In addition to her research effor
 ts\, Willets has received multiple teaching awards and currently runs seve
 ral programs aimed at strengthening the climate within Chemistry to promot
 e a more inclusive\, welcoming and equitable environment.\n
DTSTART:20220118T180000Z
DTEND:20220118T193000Z
LOCATION:Zoom link: https://mcgill.zoom.us/j/89641116903?pwd=RUV3LzlkOHhrcS
 9NenpsZHJ5MUxndz09
SUMMARY:Chemical Society Seminar: Kallie Willets - Feeling hot\, hot\, hot:
  how single molecules report temperature-dependent processes on plasmonic 
 nanoparticle surfaces
URL:/chemistry/channels/event/chemical-society-seminar
 -kallie-willets-feeling-hot-hot-hot-how-single-molecules-report-temperatur
 e-333772
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