February 2, 2016
2:00PM - 3:00PM
4138 Physics Research Building
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2016-02-02 15:00:00
2016-02-02 16:00:00
AMO Seminar - Michael Crescimanno (Youngstown State University) "Non-linear Optics of Ultrastrongly Coupled Cavity Polaritons"
Experiments at CWRU have developed organic cavity polaritons that display world record vacuum Rabi splittings of more than an eV. This ultrastrongly coupled polaritonic matter is a new regime for exploring non-linear optical effects. After a pedagogic introduction to cavity polaritons, we'll describequantum optics theory we use to quantitatively determine various non-linear optical effects including types of low harmonic generation (SHG and THG) in single and double cavity systems. Ultrastrongly coupled photon-matter systems such as these may be the foundation for technologies including low-power optical switching and computing.
4138 Physics Research Building
OSU ASC Drupal 8
ascwebservices@osu.edu
America/New_York
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Date Range
Add to Calendar
2016-02-02 14:00:00
2016-02-02 15:00:00
AMO Seminar - Michael Crescimanno (Youngstown State University) "Non-linear Optics of Ultrastrongly Coupled Cavity Polaritons"
Experiments at CWRU have developed organic cavity polaritons that display world record vacuum Rabi splittings of more than an eV. This ultrastrongly coupled polaritonic matter is a new regime for exploring non-linear optical effects. After a pedagogic introduction to cavity polaritons, we'll describequantum optics theory we use to quantitatively determine various non-linear optical effects including types of low harmonic generation (SHG and THG) in single and double cavity systems. Ultrastrongly coupled photon-matter systems such as these may be the foundation for technologies including low-power optical switching and computing.
4138 Physics Research Building
Department of Physics
physics@osu.edu
America/New_York
public
Experiments at CWRU have developed organic cavity polaritons that display world record vacuum Rabi splittings of more than an eV. This ultrastrongly coupled polaritonic matter is a new regime for exploring non-linear optical effects. After a pedagogic introduction to cavity polaritons, we'll describe
quantum optics theory we use to quantitatively determine various non-linear optical effects including types of low harmonic generation (SHG and THG) in single and double cavity systems. Ultrastrongly coupled photon-matter systems such as these may be the foundation for technologies including low-power optical switching and computing.
