Veranstaltungen

Veranstaltungen

2025

IRTG-Summer School 2025

26 - 30 May 2025, Ottawa

The Summer School in Ottawa will offer exciting workshops, inspiring lectures and great networking opportunities from 26 May to 30 May 2025.

Celebrating 100 Years of Quantum Science

Over 40 Distinguished Speakers
Leading experts from Israel, Germany, the UK, the USA, and Canada will share their latest insights.

IRTG summer school 2025 at the University of Ottawa

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Hot Vapor Workshop 2024

Hot Vapor Workshop 2024

30. September - 2. Oktober 2024, Stuttgart




Atomare Dampfzellen haben sich als wichtige Technologie in verschiedenen Bereichen der Quantensensorik und Metrologie etabliert. 

Der ‚Hot Vapor Workshop 2024‘ fand zum dritten Mal vom 30. September bis 2. Oktober in Stuttgart im Alten Schloss statt. 

Mehr als 150 führende Expertinnen und Experten aus den Disziplinen Physik, Materialwissenschaft und Ingenieurwesen kamen zu dem dreitägigen Workshop zusammen, um die neuesten Entwicklungen und Fortschritte auf diesem Gebiet zu diskutieren.

Hot Vapor Workshop 2024 - Universität Stuttgart

Participants of Hot Vapor Workshop 2024 in Stuttgart | Foto: Arne Wickenbrock
IRTG summer school 2024

IRTG summer school 2024

21 - 23 May 2024, Rostock

 

Keynote Speakers from University of Ottawa:

  • Prof. Dr. Ravi Bhardwaj - Extreme ultrafast photonics, Laser processing of materials
     
  • Prof. Dr. Ebrahim Karimi - Structural quantum optics
     
  • Prof. Dr. Albert Stolow - Molecular photonics

     

IRTG summer school 'Imaging quantum systems' 2024 Rostock

Participants of IRTG Summer School - Institute of Physics, Rostock
6th International Workshop on Rydberg Excitons in Semiconductors

6th International Workshop on Rydberg Excitons in Semiconductors

19 - 20 June 2023, Rostock

 

Excitons – bound pairs of electrons and holes in a semiconducting material – can be produced in excited internal states by means of laser excitation. More than 60 years after their discovery in cuprous oxide semiconductors, the investigation of such Rydberg excitons is currently attracting increasing world-wide interest due to their vastly exaggerated properties. Just like for their atomic counterparts, the enhanced external-field sensitivity and strong mutual interactions of such Rydberg states makes them attractive systems for fundamental studies of basic quantum phenomena and suggests exciting opportunities for future applications, such as nonlinear optical interfaces.

Participants of the 6th International Workshop on Rydberg Excitons in Semiconductors - Institute of Physics, Rostock | Foto: Robert Leppin