Our latest work on electroluminescence published in Phys. Rev. Appl.
Check our edited book on Nanophotonics with Diamond and Silicon Carbide for Quantum Technologies.
Group member Lukas Strauch receives the student prize of the Kreis Altenkirchen for his master thesis. Congratulations Lukas!
Group member Haritha Kambalathmana obtains the PhD in Physics. Congratulations!
Current topics for a master thesis available here
Started DAAD project on color centers in nanodiamond with the Institute of Physics of CAS, Prague!
Our latest work on SiV centers published in Appl. Phys. Lett. and highlighted in Kudos
Our latest work on nanocone antennas published in Adv. Photonics Res.
The Laboratory for Nano-Optics deeply regrets the tragic accident and the death of Dr. Dmitry Fedyanin. We express our sincere condolences to Dmitry's family and friends. Dmitry was a recipient of a Walter Benjamin Position of the DFG on “Pulsed electrically driven single-photon sources on diamond” and since July 2023 he has been a research associate in our group. We have been collaborating since almost a decade on the electroluminescence from color centers in diamond. We mourn the loss of a good friend and of a talented young scientist.
Group member Navid Soltani obtains the PhD in Physics. Congratulations!
Our book chapter on ultrafast single-photon detection published in Advances in Nonlinear Photonics.
Group member Philipp Rauschel receives the Applied Photonics Award for his master thesis. Congratulations Philipp!
Our latest work on ODMR published in Adv. Quantum Technol.
Optik und Spektroskopie der Nanostrukturen
Wo: Universität Siegen, EN Campus, Vorlesung: Raum EN D-120, Übungen: Raum EN B-030, Demo: Nano-Optik Labor
Wann: Sommersemester 2023, Vorlesung: Do.8:00 - 10:00 Uhr, Übungen und Demo: Mo. 16:00 - 18:00 Uhr
Lehrer: Mario Agio
Mitarbeiter: Amr Farrag
Literatur: Semiconductor optics (C. Klingshirn), Modern spectroscopy (J. M. Hollas), Optical Spectroscopy of Semiconductor Nanostructures (L. Ivchenko)
Thema: Vertieftes Kennenlernen der grundlegenden Phänomene der Optik und der Spektroskopie auf Nanostrukturen
Inhalte: Grundlagen von Nanostrukturen, Quantenbeschränkung in niedrigdimensionalen Systemen, Excitonenpolaritonen in Nanostrukturen und Mikrokavitäten, Resonante Elektro- und Magnetooptik, Prinzipien der optischen Spektroskopie auf Nanostrukturen, Photolumineszenz niedrigdimensionaler Systeme, Raman-Spektroskopie niedrigdimensionaler Systeme, Optische Spinorientierung und Spinrelaxationsmechanismen, Lichtstreuung in Nanostrukturen, Nichtlineare optische Phänomene
VERANSTALTUNG IN PRÄSENZ: https://www.uni-siegen.de/corona/
Klausur Termine: Neue Termine in UNISONO.
Übungsblätte und Lösungen finden Sie im Moodle Kurs "OSN": moodle.uni-siegen.de