Tabletop Intense Femtosecond Pulse Sources and Their Applications

ISBN-13: 9783709101117 / Angielski / Twarda / 2030 / 400 str.

Andrius Baltuska;Giulio Cerullo

Opis

This is the first comprehensive treatment of intense femtosecond pulse generation techniques and applications. Two main facets of the intense ultra short pulse research are presented: A snapshot of the current status and trends in the development of tabletop ultra fast sources compatible with the format of a standard research lab or a mobile unit is afforded the reader. Additionally, the book reviews numerous exciting applications and secondary radiation sources enabled by the emergence of such lasers. This book bridges the gap between two communities of users and source developers. It will help researchers to harness the revolutionary potential of intense tabletop lasers. The book gives an authoritative overview, written by the top experts in the field, of the existing and prospective technology of compact sources and the opportunities in science already enabled by the advent of these sources. The topics are presented in a tutorial fashion, enabling the interested reader to find within a single volume both an at-a-glance snapshot of the field as well as offering detailed information and references on advanced concepts ranging from "tools of the trade" to applications.

Spis treści

1. Chirped-Pulse Laser Amplifiers.-1.1 Progress in Ti:sa kHz-repetition-rate chirped-pulse amplifiers.- 1.2 Diode-pumped solid-state femtosecond amplifiers.- 1.3 Advanced amplifier concepts (thin disk, slab).- 1.4 Cryogenically cooled amplifiers.- 1.5 Toward the Lambda³ regime.- 1.6 mJ-class femtosecond fiber amplifiers.- 2. Optical Parametric Amplifiers.- 2.1 Optical parametric chirped pulse amplifiers.- 2.2 Phase-stable optical pulse synthesis in OPA.- 2.3 High-energy fs pulse extension into the VUV and Mid-IR.- 2.4 Third-order parametric processes of optical pulses in gases.-2.5 Intense THz pulse generation in gases.- 3. Applications.- 3.1 High-power high-energy fs pulse micromachining.- 3.2 Filamentation in atmosphere and stand-off detection.- 3.3 Coherent X-ray generation in the water window.- 3.4 Lens-less X-ray imaging.- 3.5 Incoherent hard X-ray sources and applications to structural dynamics.- 3.6 Monoenergetic particles acceleration.- 3.7 Tabletop free electron lasers.