Ultra broadband gain from a Bismuth-doped glass waveguide fabricated using ultrafast laser inscription
San Jose, CA（2008）
Abstract
Waveguides were fabricated inside a Bi-doped silica glass using ultrafast laser inscription. When optically pumped at 980 nm, ultra-broadband gain was measured from the waveguides, paving the way for compact ultra-broadband optical amplifiers.
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Key words
bismuth,high-speed optical techniques,laser materials processing,optical fabrication,optical glass,optical pumping,optical waveguides,silicon compounds,sio2:bi,bismuth-doped glass waveguide,ultra broadband gain,ultrabroadband optical amplifiers,ultrafast laser inscription,wavelength 980 nm,(060.4510) optical communications,(250.4480) optical amplifiers,optical amplifiers
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