… of cw subpicosecond optical pulses with passive monolithic colliding pulse mode-locked
semiconductor lasers for the first time. Transform-limited subpicosecond pulses are generated …

… short optical pulses from novel monolithic coHiding~pulse mode-locked quantum well
lasers… -pulse mode-locked semiconductor quantum well laser at 1.58 j.Lm. Transform-limited …

… shorter pulse might be obtained in the gain-switched laser with … optical pulses have been
observed in mu!tiquantum well (… DFB) la<;ers,() In these lasers, the differential gain is enhanced …

… We describe the generation and measurement of optical pulses as short as 30 fs. The pulses
are … and provides a means of compensating other dispersive elements in the beam as well. …

… This tremendous experimental boost of optical pulse shaping … aspects and impacts of optical
pulse shaping into the fast … When the pulse frequency is well below or above resonance, …

… with an injection current pulse of an … the optical pulse with the injection current increase for
structures with varying da/ a and show how internal optical losses influence the optical pulse …

… pulse generation using passively mode locked lasers (MLL) based on a low optical confinement
single InGaAsP/InP quantum well … emitting at 1.54 µm evidenced pulse width of 860 fs at …

… Due to its high precision and low thermal and mechanical stress on bone and inner ear,
fs laser pulses are also well suited for many applications. Potential applications are the …

… , is arguably the best way of producing such pulses [1], [2]. The … total energy of the optical
pulse, the design of lasers for gain … [13] laser designs have been suggested, and pulses with an …

… waveforms with distinct optical properties in distinct regions … coherent optical pulse synthesis
from two independent fs lasers… between the two pulse trains as well as effective detection of …