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The RLE Optics and Quantum Electronics group pursues
fundamental investigations of ultra-scale optical and quantum
phenomena to advance the technologies of lasers, large-scale
photonic integration, all-optical networks, photonic bandgap
devices, frequency metrology, optical communications, nanoelectronic
devices, biomedical optical imaging, and quantum computing. Work
includes the development of solid state lasers and femtosecond
pulse generation techniques which can achieve extremely high
time resolutions on the femtosecond time scale, novel double-chirped
mirrors, optical fiber lasers that can produce either high power
femtosecond pulses, as well as short cavity fiber lasers, semiconductor
saturable absorber mirrors, photonic bandgap resonators, and
semiconductor quantum dots.
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NEWS
11.04.2008
Unprecedented
accuracy: RLE researchers achieve breakthrough in drift-free
timing synchronization
 Franz X. Kärtner Lab Tour
More News >> |
