Group meeting, online.
Mario Aulich will give a talk on his project progress.
L. Seiffert; S. Zherebtsov; M. F. Kling; T. Fennel
Advances in Physics: X 7, 1 (2022)
C. Peltz; J. A. Powell; P. Rupp; A. Summers; T. Gorkhover; Markus Gallei; I. Halfpap; E. Antonsson; B. Langer; C. Trallero-Herrero; C. Graf; D. Ray; Q. Liu; T. Osipov; M. Bucher; K. Ferguson; S. Möller; S. Zherebtsov; D. Rolles; E. Rühl; G. Coslovich; R. N. Coffee; C. Bostedt; A. Rudenko; M. F. Kling; T. Fennel
New Journal of Physics 24, 43024 (2022)
E. Ridente; M. Mamaikin; N. Altwaijry; D. Zimin; M. F. Kling; V. Pervak; M. Weidman; F. Krausz; N. Karpowicz
Nature Communications 13, 1111 (2022)
Future electronics will be fast. It could be driven at the frequencies of light waves. This implies that the switching speeds would be roughly 100,000 times faster than today. The development of electronics driven by light requires a detailed characterization of the light waves’s electromagnetic fields. Modern so-called field-sampling methods allow for probing the temporal […]