Marc-Oliver Pleinert, a PhD student of our group, has been selected to participate in the 69th Lindau Nobel Laureate Meeting, which is dedicated to physics this year. There, he will have the unique possibility to meet 39 Nobel Laureates, who have confirmed their participation so far.
Today, Raimund successfully defended his PhD thesis with the title Correlation experiments and data evaluation techniques with classical light sources in space and time. After a bit of bureaucracy, he may call himself Dr. Schneider.
Starting May 2019, Anton will be joining the group of Prof. Girish Agarwal at the Texas A&M University via a two-year Feodor Lynen Research Fellowship of the Alexander von Humboldt Foundation.
Today, Thomas successfully defended his PhD thesis with the title Multiphoton interferences: fundamentals and applications. After a bit of bureaucracy, he may call himself Dr. Mehringer.
Raimund Schneider and Anton Classen, both Ph.D. students in our group, have won the SAOT Student Awards 2018 in Computational Optics and Optical Metrology, respectively. The prize in Computational Optics is awarded to Raimund for his contribution Quantum imaging with incoherently scattered light fro...
Two of our articles have recently been accepted in OSA Journals. The first one, Photon statistics as an interference phenomenon, has been published in Optics Letters.
Abstract:
Interference of light fields, first postulated by Young, is one of the fundamental pillars of physics. Dirac extended...
Two of our articles have recently been published in APS Journals. The first one, Directional Dicke Subradiance with Nonclassical and Classical Light Sources, has been published in PRL.
Abstract:
We investigate Dicke subradiance of N≥2 distant quantum sources in free space, i.e., the spatial em...
Today, Simon successfully defended his PhD thesis with the title Multi-Photon Interferences of Quantum Emitters in Space and Time. After a bit of bureaucracy, he may call himself Dr. Mährlein.
Our recently published Nature Physics paper "Quantum imaging with incoherently scattered light from a free-electron laser" (Article) has been highlighted in a picture caption story entitled "Incoherent Success" in the January 2018 issue of Nature Photonics. The article, written by one of the editors...
Our new method of “Incoherent Diffractive Imaging” to achieve full 3D structure analysis of incoherently scattering atoms in crystals and molecules based on higher order intensity correlations has been highlighted in a „Brennpunktartikel“ of the December issue of the Physik Journal by Jörg Evers fro...
