Fraunhofer Institute for Applied Optics and Precision Engineering IOFJena
From quantum physics to space research: Fraunhofer IOF at the Highlights of Physics exhibition
From September 15 to 20, the Fraunhofer Institute for Applied Optics and Precision Engineering IOF, together with the Institute of Applied Physics at Friedrich Schiller University in Jena, will be presenting exciting applications from the world of quantum technologies and space research as part of the “Highlights of Physics” event.
How can we secure our data in the digital age, and how far can we see back to the origins of our galaxy using optical technologies? Science enthusiasts and curious visitors can find answers to these questions at the joint booth of Fraunhofer IOF and the Institute of Applied Physics (IAP) at the “Highlights of Physics” science festival in Jena.
From September 15 to 20, the Goethe Gallery in Jena city center will be transformed into a science mile. The two institutes will show how quantum technologies are changing our communication and how optics developed in Jena enable us to see into distant galaxies.
Secure communication for the digital world
Fraunhofer IOF is working with partners to develop new technologies that use quantum physics to make digital communication tap-proof. In the exhibition, the QuNET initiative clearly demonstrates how quantum communication works. Among other things, it features a model of a QuBUS, an experimental platform for practical quantum tests. Interactive formats also invite visitors to understand the basics of entangled photons for complex applications.
The O-PEN project, funded by the German Federal Ministry of Research, Technology, and Space and jointly implemented by the Fraunhofer Institutes ISI and IOF, also brings quantum research closer to the public in a playful way: Visitors are invited to conduct a security test on a real quantum communication system in an interactive game and gain knowledge about quantum physics in the process.
A laser engraving device will also provide visitors to our joint booth with personalized souvenirs.
In quantum-encrypted communication, a conventional data channel (red) is protected with a quantum-secure digital key (blue).
From Jena to outer space with Fraunhofer IOF
In addition to quantum communication, Fraunhofer IOF is also dedicated to the development of complex optical systems for aerospace. A public lecture on this topic will be held on September 19 in Lecture Hall 3 at Ernst-Abbe-Platz. Dr. Stefan Risse will speak from 10:00 to 10:45 a.m. on the topic of “Exploring space with mirror telescopes from Jena.” He will explain how high-precision telescopes with optics from Jena help to make distant galaxies visible.
Visualization of the James Webb Space Telescope.