Our manuscript „The speed limit of Optoelectronics“ was selected as one of the 2022 Physics Breakthroughs:
Here is the manuscript: https://rdcu.be/c1RLP
and the Physics World story: https://physicsworld.com/a/physics-world-reveals-its-top-10-breakthroughs-of-the-year-for-2022/
Together with colleagues from MPQ/ Garching & TU Vienna we have explored how fast (opto-)electronic information technology can possibly get. Good news, there is still a few orders of magnitude processing speed we can make use of in the future.
Nature Communications 13, 1620 (2022)
In Zusammenarbeit mit der Gruppe um F. Capasso / Harvard ist es gelungen ein neuartiges Schema zur Verkürzung ultrakurzer Laserimpulse zu demonstrieren. Congratulations Marcus!
Slow light nanocoatings for ultrashort pulse compression
M. Ossiander, Y.-W. Huang, W. T. Chen, Z. Wang, X. Yin, Y. A. Ibrahim, M. Schultze & F. Capasso
Nature Communications 12, 6518 (2021)
We have recently discovered that free electrons solvated in superfluid helium can be accelerated with ultrashort laser pulses by means of laser-assisted electron scattering.
She receives the renowned prize for her project to investigate the interaction between UV light and matter in spectral ranges that have not yet been extensively researched
... mehrWith her project Electronic Fingerprint Spectroscopy, Birgitta Bernhardt will develop a novel spectrometer that enables a closer look onto electron dynamics in molecules
... mehrWe report how a light-wave can directly manipulate spins - our first step into attosecond magnetization dynamics
in press (Nature) & press release
... mehrFlorian Lackner, Alexander Schiffmann, Thomas Jauk und das neue NanoESCA des IEP zur Photoelektronenmikrodkopie nanoskaliger Strukturen. Zu Gast: Zsuzsanna Pápa vom ELI-ALPS in Szeged
... mehram Institut für Experimentalphysik.
Bettina Gsöls-Bedenik, Sandra Brunner und Alexandra Frei
verwalten, organisieren und wissen alles:
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