Press Releases

As a new research and deployment project in the EuroQCI initiative, TransEuroOGS aims to establish a network of interoperable optical ground stations for satellite-based quantum-secure communication across four EU Member States: Germany, Greece, Ireland and Luxembourg. With a budget of approximately €18 million, co-funded by the European Union and national governments, the project has now officially been kicked off with a consortium meeting in Berlin and Jena.

With conventional methods, high-precision nanostructures on photonic components can currently only be produced up to a size of 30 centimeters. Researchers in Thuringia are now working on the development of a new machine that will be able to create nanostructures spanning up to one square meter in the future—with a positioning accuracy smaller than an atom. The underlying research project, funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) with four million euros, will launch with a kickoff event on May 6 in Erfurt as part of the Quantum Photonics trade fair.

Until June 30, students and doctoral candidates can once again apply for the Applied Photonics Award, organized by the Fraunhofer Institute for Applied Optics and Precision Engineering IOF. The prize for young talent honors theses that deal with innovative optical technologies for society and industry. It is endowed with up to €3,000 in prize money.

Dr. Christopher Spiess has been awarded the first place of the prestigious Hugo Geiger Prize for a novel synchronization method for quantum communication networks. The award ceremony took place on March 18 as part of the Fraunhofer Symposium “Netzwert” in Munich. The method developed by Spiess does not require additional synchronization lasers or expensive atomic clocks and opens up application possibilities that extend far beyond quantum communication.

Dr. Anne-Sophie Munser has been awarded third place in the Hugo Geiger Prize. She was recognized for her development of a highly sensitive light scattering measurement method that allows microorganisms, bacteria, and antibiotic resistance to be analyzed significantly faster than with conventional methods. The technology opens up promising prospects, including infection research. The prize was awarded on March 18 during the Fraunhofer Symposium “Netzwert” in Munich.

The Fraunhofer Institute for Applied Optics and Precision Engineering IOF inaugurated its newest research building today with a ceremony. In addition to Federal Research Minister Dorothee Bär, Thuringia's Minister President Mario Voigt and other guests from politics, business, and industry took part in the celebrations. Special highlights in the new building include a new electron beam lithography facility for the production of photonic components and a ground station for satellite-based quantum communication.

After three years, the Q-net-Q research consortium, led by Nordhausen University of Applied Sciences and involving the Fraunhofer Institute for Applied Optics and Precision Engineering IOF, the Fraunhofer Institute HHI (Fraunhofer Institute for Telecommunications, Heinrich Hertz Institute) and other partners, has demonstrated the successful implementation of a quantum infrastructure in real-world operation. Several aspects of a QKD-secured network were demonstrated during a final presentation.

The DIKUQ project has developed a semi-automated process chain for forming steel sheets for shipbuilding. Fraunhofer IOF designed a novel inline 3D measurement system that can digitally capture workpieces in less than half a second and reconstruct them as 3D images. The system reduces the workload for specialists and minimizes quality fluctuations.

Federal Chancellor Friedrich Merz visited the Fraunhofer Institute for Applied Optics and Precision Engineering IOF in Jena today. As part of his inaugural visit to Thuringia, he toured one of the institute’s quantum laboratories and was given a presentation by researchers on the core components of a photonic quantum computer and state-of-the-art systems for global quantum communication.

As part of the QuNET project, researchers have demonstrated how quantum key distribution works reliably via hybrid and mobile channels. The results are milestones for sovereign, quantum-secured communication in Germany and have now been published in the renowned journal New Journal of Physics.