Titlebook: Ultrafast Optics IV; Selected Contributio Ferenc Krausz,Georg Korn,Ian A. Walmsley Book 2004 Springer Science+Business Media New York 2004

Horizon

Ultrafast Optics IV978-0-387-34756-1Series ISSN 0342-4111 Series E-ISSN 1556-1534

他姓手中拿着

Novel 10- to 40-GHz Telecom Pulse Generating Sources with High Average Power improves system signal-to-noise and allows further scaling to higher repetition rates through optical time-division multiplexing (OTDM). Apart from the transmitter side, there are interesting applications of pulsed lasers also in the receivers of transmission systems, e.g. for demultiplexing and cl

tangle

Single-Cycle Optical Pulses Produced by Coherent Molecular Oscillationsllation, applying a tightly focused train of perfectly timed pulses, adjusting the delay, and studying electronic properties as functions of molecular coordinates. In the future, this Raman source may also produce sub-cycle optical pulses, and allow synthesis of waveforms where the electric field is

拱墙

Broadband Phase-Coherent Optical Frequency Synthesis With Actively Linked Ti:Sapphire and Cr:Forsteredia has recently been demonstrated. Here, we use a Ti:sapphire laser and a Cr:forsterite laser to extend this approach and additionally equalize the rate at which the carrier-waves move underneath their pulse envelopes. In other words, we link the absolute position of the two frequency combs, there

enormous

Synthesis of Optical Frequencies and Ultrastable Femtosecond Pulse Trains from an Optical Reference ing jitter in their pulse trains can be on the order of 1 femtosecond in a 100 kHz bandwidth. It is important to distinguish this technique from previous work where a femtosecond laser has been stabilized to a microwave standard [3,4] or another femtosecond laser [5]. Furthermore, we extract highly

Aerate

Generation of 14.8-fs Pulses in a Spatially Dispersive Amplifier] employs a spatially dispersed seed beam inside an amplifier to decouple the amplification of competing wavelengths from each other. With this an artificial inhomogeneous broadening is induced in the Ti:sapphire, which is normally homogeneously broadenend, which makes it possible to tailor the gain

dapper

从容