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A demonstration of attosecond control of the motion and directed emission of electrons from individual silica nanoparticles using few-cycle laser fields opens new possibilities to manipulate… (More)
The Petawatt Field Synthesizer (PFS) at MPQ will deliver few-cycle pulses at Petawatt power. Short-pulse OPCPA and a diode-pumped, CPA Yb:YAG pump laser are key technologies, and results of the… (More)
We present the development of a light source for generating optically synchronized seed pulses both for the parametric amplifier chain and the pump-laser chain of the Petawatt Field Synthesizer… (More)
A scheme for the generation of an ultra-broadband, near-infrared beam from a Ti:sapphire source is proposed with the aim to serve as seed pulse of a petawatt-field synthesizer (Major et al. in Rev.… (More)
By focusing infrared (IR) pulses of low energy (~0.4 mJ) into an argon cell at a pressure of a few bars, a supercontinuum is generated with a long-wavelength tail that can exceed 1500 nm for initial… (More)
We present the latest progress in developing a diode-pumped, Yb:YAG CPA pump laser. A pulse energy of 300mJ at a 10Hz repetition rate and close to 1J at 1Hz could be demonstrated.
In this study, effect of various moisture condition on underfill interfacial adhesion loss were examined using C-SAM, 4-point flexural bend test, and cross sectional analysis. In addition, weight… (More)
Electronic units that operate in outdoor environments, such as printed circuit board assemblies (PCBA) in telecom, automotive, industrial, and aerospace applications, can experience a significant… (More)
Abstract The frequency dependent optical and dielectric properties of boehmite (AlOOH) and ammonium aluminum carbonate hydroxide (AACH) nanostructures, prepared at different temperatures via… (More)