Abstract
The amplification of periodic signals using a Brillouin gain comb provides
the opportunity to manipulate the amplitude and phase of a signal's individual
spectral harmonics and, therefore, its temporal characteristics. In addition
to obvious applications in pulse shaping, the approach offers new opportunities
in the context of slow-light generation which include power-efficient Brillouin
amplification of broadband periodic signals without delay, signal delay/advancement
with relatively low gain variation, and fast-light generation accompanied
by high levels of gain.
© 2008 IEEE
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