Exploring quantum technologies in space

Last week, our doctoral researchers got a behind-the-scenes look into space operations at DLR Oberpfaffenhofen.

How can quantum technologies improve satellite operations in space? At the Quantum Space Operations Center (QSOC) at DLR Oberpfaffenhofen, researchers are exploring this very question: from developing quantum algorithms for enhancing the complex planning of space missions to using quantum sensors to precisely control satellite orientation.

Last week, doctoral researchers from the graduate schools of IMPRS-APS, IMPRS-QST and the Munich Center for Quantum Science and Technology (MCQST) had the opportunity to visit DLR, thanks to a joint initiative of IMPRS-QST and MCQST. The visit offered insights into ongoing projects at QSOC, as well as a broader overview of space mission operations at the German Space Operations Center (GSOC).

Nikolas Pomplun, one of the leading scientists at the Quantum Space Operations Center, kicked off the visit with an overview of QSOC’s research. Afterwards, his colleague Andreas Spörl guided us through the GSOC visitor center, including a full-scale model of the Columbus laboratory – Europe’s largest contribution to the International Space Station (ISS).  

The highlight? A behind-the-scenes look into GSOC’s four mission control rooms from the visitor’s bridge. Two rooms are dedicated to Columbus operations, the other two support a range of satellite missions. Seeing how space missions are managed in real time was really interesting to see.

A big thanks to Sonya Gzyl from IMPRS-QST and the MCQST for organizing this visit together with Andreas Spörl and Nikolas Pomplun from the QSOC at DLR!

 

Photos: Thorsten Naeser, Nina Beier