91. ROOM-TEMPERATURE SUB-WAVELENGTH SCALE METALLO-DIELECTRIC LASERS

Department: Electrical & Computer Engineering
Research Institute Affiliation: California Institute for Telecommunications and Information Technology (Calit2)
Faculty Advisor(s): Yeshaiahu (Shaya) Fainman

Primary Student
Name: Brett David Wingad
Email: bwingad@ucsd.edu
Phone: 858-534-2497
Grad Year: 2014

Student Collaborators
Qing Gu, qigu@ucsd.edu | Olesya Bondarenko, obondarenko@ucsd.edu

Abstract
We strive to fill the need of chip-scale CMOS-compatible coherent sources that are sub-wavelength in all three physical dimensions, EM isolated from the surrounding photonic circuits and operate at room temperature. We demonstrate room temperature laser emission from optically pumped silicon compatible metallo-dielectric cavities that are sub-wavelength in all three dimensions. These lasers are hybrid devices integrating III-V gain with silicon. We also demonstrate 77K-160K laser emission from electrically pumped metallo-dielectric cavities that are sub-wavelength in all three dimensions. We also demonstrate a thresholdless laser design. Room-temperature sub-wavelength lasers can be utilized in various areas including integration with the CMOS platform, the development of arrays of ultra-compact individually controlled coherent sources spanning C-band which enable data rates of more then 40 GB/s and bio-sensing.

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