… Adjusting the group-velocity dispersion (GVD) of the dispersive medium, we can obtain
an optical pulse train at a repetition rate which is a multiple of that of the optical …

… Active, harmonic mode-locking of semiconductor-based lasers has proven to be an excellent
way to generate 10 GHz repetition rate pulse trains with pulse-to-pulse timing jitter of only a …

… pulse source with selectable repetition rate based on the propagation of a 10 GHz pulse train
… By varying the power launched into the fiber it was possible to either obtain repetition rate …

… a SIFBG to multiply the repetition rate of a mode-locked pulse train from 10 to 100 …
pulse-to-pulse intensity variations are required. Thus, the pulse burst generated when a single pulse …

… recent work on repetitionrate control of temporal pulse trains based on … input pulse train
according to temporal Talbot conditions, we can arbitrarily multiply and divide its repetition rate …

… the generation of pulses at repetition rates ranging from 7 to 1100 … Beyond checking the
selectable output pulse repetition rate, … a clear picture of the pulse train dynamics, and show that, …

… propagation and improves compression of the generated pulses. It is also shown that the …
the pulse train formation. The new method for increasing the pulse train repetition rate through …

… frequency, we can generate pulse trains with ultrahigh repetition rates. The maximum … In
summary, if the repetition period of the incident pulse train verifies condition (4), the signal is …

… REPETITION rates and pulse … Pulse trains at high repetition rates allow larger amounts of
information transferred in the optical network system. On the other side, the ultrashort pulse as …

… So high repetition rates deep into the terahertz range, by orders … of half-cycle pulse trains
with ultrahigh repetition rates. … of half-cycle pulse trains with the repetition rates of tens of …