Symmetry Properties of Harmonics Generated in SingleCrystal Chalcogenides Using Ultrafast Mid-Infrared Pulses

Aaron Schweinsberg,Michael Tripepi,Noah Talisa,Laura Vanderhoef,Christopher Wolfe,Michael G. Hastings,Miroslav Kolesik,Anthony Valenzuela,Enam Chowdhury

Symmetry Properties of Harmonics Generated in SingleCrystal Chalcogenides Using Ultrafast Mid-Infrared Pulses

2020

Aaron Schweinsberg
Michael Tripepi
Noah Talisa
Laura Vanderhoef
Christopher Wolfe
Michael G. Hastings
Miroslav Kolesik
Anthony Valenzuela
Enam Chowdhury

We focus intense, ultrashort, 3.6 micron-wavelength pulses into three single-crystal zincblende chalcogenide samples, ZnS(100), ZnS(110), and ZnSe(100). Symmetry properties of the generated harmonics are studied by rotating the crystals and measuring the output polarization.

Keywords:

Harmonics
Optics
Ultrashort pulse
Materials science
mid infrared

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