An image produced by Matthias Kühmayer for our recent work on optimal wave control was chosen as the header for the March online issue of Nature Photonics.
Broken symmetry in a microcavity laser
In a new paper with the group of Yun-Feng Xiao published today in Nature Communications we show how the non-linearity in a symmetric microcavity leads to the formation of lasing modes with a pronounced chirality that we can control dynamically and all-optically by the bias in the pump direction.
Our group is now member of ESQ
Our group is now part of the Erwin Schrödinger Center for Quantum Science & Technology (ESQ), which is an Austria-wide postdoc and discovery programme dedicated to highly innovative research. Funding comes from the Austrian Federal Ministry of Education, Science and Research (BMBWF) and the coordination is carried out by the Austrian Academy of Sciences (ÖAW).
Optimal wave fields for micro-manipulation in complex scattering environments
A new paper with our collaborators in Nice and London just appeared in Nature Photonics and is highlighted in OSA Optics & Photonics News and in Pro-Physik. In this work we demonstrate how to design the optimal wave front to deliver the highest possible force or torque onto a target embedded in a complex environment (see illustration on the left for a wave field transferring a strong torque onto a square target).
Angular Memory Effect of Transmission Eigenchannels
A joint work with Hasan Yılmaz and the group of Hui Cao just appeared in Physical Review Letters. We show that high-transmission channels in disordered media have an increased range of the angular memory-effect.
News & Views article on Exceptional Quantum Behaviour
News & Views article on Exceptional Quantum Behaviour just published in Nature Physics.
New group homepage is online
Our new group website is online – thanks to Ingrid Unger, Felix Hummel, Andre Brandstötter, Matthias Zens, Ivor Krešić, Matthias Kühmayer and many other helping hands for getting it ready.