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SUMMARY:Fundamental Studies and Applications of Microresonator Frequency C
 ombs
DTSTART:20180629T151500
DTEND:20180629T163000
DTSTAMP:20260928T194249Z
UID:eb47df7f8d224c7bbbbe641c620816d7e4673644e77c969d87ce5100
CATEGORIES:Conferences - Seminars
DESCRIPTION:Alexander L. Gaeta\, David M. Rickey Professor of Applied Phys
 ics and of Materials Science\nBio:\n\nResearch Interests\nUltrafast nonlin
 ear optics\, nanophotonics\, nonlinear propagation in fibers and bulk medi
 a\, photonic crystal fibers\, coherent interactions of laser light with ma
 tter\, the generation of non-classical light fields\, stimulated scatterin
 g processes.\nEducation\nB. S. (1983)\, M. S. (1985)\, and Ph. D (1991). i
 n Optics\, University of Rochester\, Rochester\, New York\nSelected Awards
  and Honors\nFellow of the American Physical Society\nFellow of the Optica
 l Society of America\nCollege of Engineering Teaching Award\, 1997\, 2000\
 , 2003\, and 2007\nArmy Research Office Young Investigator Award\, 1995\nO
 ffice of Naval Research Young Investigator Award\, 1993\nThe generation of
  optical frequency combs in microresonators has attracted intense interest
  over the past decade.  This can be attributed to their potential for an 
 ultralow power\, chip-based implementation and the beautiful\, complex phy
 sics underlying their operation.  I will describe our recent work explori
 ng the dynamical behavior of microresonator combs\, their application to s
 pectroscopy\, and development of a fully integrated device.
LOCATION:CE 1 5 https://plan.epfl.ch/?room==CE%201%205
STATUS:CONFIRMED
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