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SUMMARY:Studies in Dexter Energy Transfer with Quantum Dot Donors - Prof. 
 Emily Allyn Weiss\, Northwestern University 
DTSTART:20210114T141500Z
DTEND:20210114T151500Z
UID:TALK154414@talks.cam.ac.uk
CONTACT:Lingtao Kong
DESCRIPTION:Dexter Energy Transfer is a double electron exchange that allo
 ws for selective sensitization of the triplet states of molecule and ions\
 , with applications in photocatalysis\, upconversion\, and possibly quantu
 m information. Colloidal quantum dots are excellent candidates for such tr
 iplet sensitization schemes because of their small “singlet-triplet spli
 ttings” and high photoluminescence quantum yields. This talk explores th
 e mechanisms of Dexter energy transfer from a quantum dot to either an ads
 orbed molecule or an embedded lanthanide ion\, and the application of Marc
 us Theory to describe the kinetics of these processes.\n\n
LOCATION:Department of Chemistry (Webinar registration link: https://zoom.
 us/webinar/register/WN_dgeAAcB4S32rsR1o-_4kOw)
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