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Paderborn's new PhoQS Lab: Quantum technologies for the future!
The University of Paderborn is opening the PhoQS Lab, a center for quantum photonics, to promote innovative technologies and sustainability.
Paderborn's new PhoQS Lab: Quantum technologies for the future!
The construction and real estate company of the state of North Rhine-Westphalia (BLB NRW) has successfully planned and handed over the “Photonic Quantum Systems Laboratory” (PhoQS Lab) for the University of Paderborn. This new center is considered an internationally recognized research environment in the field of quantum photonics. The aim is to develop technologies such as tap-proof communications, ultra-precise measurement technology and innovative computer technologies that are crucial for the digital future. In particular, quantum cryptography is intended to help protect banking transactions and personal data through its tap-proof encryption.
In addition, high-precision quantum sensors could be used in vehicles to enable more precise distance measurements. These advancements in quantum computing and technology offer new computing power that promises revolutionary advances in both materials science and artificial intelligence. Photonic quantum chips are also being discussed to lay the foundations for a future quantum internet.
More than just a laboratory
The PhoQS Lab covers a gross floor area of 7,950 square meters and meets high structural standards to ensure vibration-free measurements. A clean room area of 1,000 square meters also ensures an extremely clean research environment. The entire project will be implemented with a total cost of around 82.7 million euros, including a funding commitment of 24.69 million euros from the federal government. It was given the top rating of “outstanding” by the Science Council and is intended to promote national and international partnerships and provide economic stimulus.
Science Minister Ina Brandes emphasizes the relevance of quantum technologies for the future and points to the importance of the infrastructure for cutting-edge research that Prof. Dr. Christine Silberhorn emphasized. The leader of the project, Dr. Dirk Günnewig, highlights the efficiency and sustainability of state construction, while Gabriele Willems and Wolfgang Feldmann point out the project's successful focus on sustainability.
Sustainability as a core concern
In parallel to these developments, the Federal Ministry of Education and Research (BMBF) plans to support projects in the area of “quantum technological and photonic system solutions”. These are intended to address ecological challenges and develop solutions for environmental and climate protection as well as sustainable energy systems. The associated funding guidelines were open from May 26th to September 29th, 2023 to support ambitious research and development work. The relevant goals include, among others, the promotion of clean water (SDG 6), clean energy (SDG 7), and climate protection (SDG 13).
The funding guidelines are divided into two modules: Module A focuses on cooperative, pre-competitive projects, while Module B promotes networking between actors in photonics, quantum technology and ecological sustainability.
Innovations with Quanderland
Another example of progress in this area is the Quanderland project. This aims to develop technologies and products that make a positive contribution to environmental protection. Quanderland views the innovation potential of photonics and quantum technologies as key technologies for sustainable applications. The project strives to unlock economic and ecological potential and accelerate the scaling of these technologies.
Quanderland would like to use networking formats to introduce innovation and sustainability methods and establish a culture of collaboration in order to recognize synergies between partners and implement them in ongoing research projects.
Overall, it shows that developments in the field of quantum technologies can benefit not only science, but also economic and social development in Germany.