The purpose of
the Plasmonic Terahertz
Optoelectronics
Project is to investigate
unique properties
of plasmonic antennas to
mitigate
efficiency degradation of
conventional
antennas interacting with nanoelectronics
at terahertz and
optical frequencies. The SNF-fabricated
prototypes of
this study have been meta-surfaces used
for efficient
interaction of terahertz and opticalwaves at
the nano-scale.
Following this
study our group study, has
demonstrated
multi-spectral plasmonic
antennas enabling
single-photon terahertz
spectrometry at
room-temperature. We have
also demonstrated
two orders of magnitude
terahertz power
enhancement by using
plasmonic photoconductive
terahertz sources
compared with
conventional designs.
Mona Jarrahi, University of Michigan ,
Ann Arbor
Work performed at
Stanford Nanofabrication Facility
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