All Optical Sampling of Near-Infrared Waveforms at 505 kHz
The past few years have witnessed the development of multiple techniques to measure the full-electric field of ultrashort optical waveforms, enabling the study of ultrafast …
The past few years have witnessed the development of multiple techniques to measure the full-electric field of ultrashort optical waveforms, enabling the study of ultrafast …
We report on recent developments towards multi-petahertz quantum fieldoscopy and demonstrate potential applicability of the concept for studying the spatiotemporal dynamics in …
Drude–Lorentz model describes optical properties of solids and is fundamental for the condensed matter physics. We measure the formation of this response in photo-excited silicon …
We present the generation of a supercontinuum soft-X-ray spectrum generated by high-harmonic generation driven by self-compressed 1450 nm pulses using the soliton effect. The …
We demonstrate an attosecond one-photon photoconductive switch by injecting conduction band carriers in dielectrics using vacuum-ultraviolet light pulses. Femtosecond pulse- driven …
We demonstrate that non-linear excitation in solids can be used for the charge control with attosecond precision and for the sampling of optical waveforms in ambient conditions, …
We present a new technique to measure electric fields over a 1 PHz bandwidth spanning the infrared to ultraviolet with sub-femtosecond temporal resolution via the sub-cycle control …