TEP News

We are thrilled to announce that Dr. Krishna Chand Maurya has been granted the esteemed Marie Skłodowska-Curie Actions (MSCA) fellowship by the European Union for his research proposal: ‘Dirac Photonic Metamaterial for Quantum Light Sources (DIRAQUM)’.

Johannes Michl wins the 2nd Poster Prize at the QD2024 Conference, showcasing his groundbreaking work on GaSb quantum dots for secure communication in the tech world. His research promises to make big strides in how we communicate securely.

The University of Würzburg has teamed up with the Korea Advanced Institute of Science and Technology (KAIST) to strengthen ties and foster collaborative academic exchanges in research. On March 28, 2024, the "KAIST-JMU Quantum Technology Joint Research Center" was inaugurated in Würzburg.

Kirill Millers verteidigte am 6. März 2024 seine Doktorarbeit zum Thema „Untersuchung von Nanostrukturen basierend auf LaAlO3/SrTiO3 für Anwendungen in nicht von-Neumann-Rechnerarchitekturen“.

The 11th German-French-Korean Workshop on Nanophotonics kicked off today in the beautiful Tuscany Hall of Würzburg Residence. We are looking forward to excellent scientific contributions as well as to fruitful and rewarding discussions.

Congratulations to PhD student Simon Widmann! He has been awarded a poster prize for his work on topological acoustics.

From 27 to 29 September, the cooperation partners of the PhotonQ project came together at Würzburg University’s Campus Nord and held a productive and successful project meeting. Looking back at the last two project years, they took stock of the current progress and identified the future challenges.

On 27 July 2023, the closing ceremony of the international Nano-Optoelectronics Workshop 2023 (iNOW 2023) – hosted by the Chair of Applied Physics in Würzburg – was held at the Bürgerspital Weinstuben. On this evening, poster prizes were awarded to the student poster presentations of outstanding quality. The chair holder of the Chair for Applied Physics, Sven Höfling, who co-chaired the workshop with Alfred Forchel congratulated the winners and looked back on the past two conference weeks.

The iNOW (July 16-27, 2023) is in full swing. The conference brings together distinguished researchers from academia and industry who are involved in photonic and optoelectronic materials, devices, and applications. Researchers from around the world share cutting-edge insights and foster new and old collaborations. All interested scientists of the University of Würzburg are welcome to attend the uncoming lectures (Neubaukirche). Please click on "Mehr" for first impressions and updates of the conference.

Optische Messungen durchgeführt an der Technischen Physik belegen erstmals die Existenz von Exzitonen in elektronischen topologischen Isolatoren.

From 24 to 27 October 2022, the IWAPSQS workshop took place in Würzburg with excellent scientific contributions.

Moritz Meinecke, Doktorand am Lehrstuhl für Technische Physik, hat auf der diesjährigen Fachtagung der Sektion Kondensierte Materie (SKM) der Deutschen Physikalischen Gesellschaft (DPG) in Regensburg einen von drei 1. Posterpreisen für die Präsentation der Ergebnisse seiner Masterarbeit gewonnen.

Die Entwicklung eines topologischen Lasernetzwerks durch ein Team des Würzburg-Dresdner Exzellenzclusters ct.qmat gilt als Pionierleistung in der Physik. Der Würzburger Forscher Sebastian Klembt wurde nun hierfür ausgezeichnet. (Bild: BKfotofilms)

Die Technische Physik unter Leitung von Prof. Dr. Sven Höfling freut sich sehr darüber zu dem Leuchtturm-Projekt „IQ-Sense – Integrierte Spinsysteme für Quantensensoren“ beizutragen. Das Projekt vereint Forschungsgruppen der JMU und der Technischen Universität München (TUM). Koordiniert wird das Projekt vom Würzburger Professor Vladimir Dyakonov, Lehrstuhlinhaber der Experimentellen Physik 6. (Bild: Andreas Gottscholl / Universität Würzburg)

Am 22. Juli 2022 schloss Oliver Iff seine Promotion zum Thema „Implementierung und Charakterisierung von Einzelphotonenquellen in zweidimensionalen Übergangsmetall-Dichalkogeniden und deren schwache Kopplung an optische Resonatoren“ erfolgreich ab