DESY, the renowned German research laboratory, is well-known for its contributions in high-energy physics. However, the establishment of the Center for Quantum Technology and Applications (CQTA) aims to further enhance DESY’s focus on quantum science. Head of CQTA, Karl Jansen, emphasizes the significance of R&D partnerships in the center’s long-term business model.
DESY’s scientific endeavors encompass four main themes: particle physics, photon science, astroparticle physics, and accelerator physics. With its network of national and international partners, DESY attracts more than 3000 guest scientists from over 40 countries annually. The laboratory also serves as a valuable hub for industry R&D, offering cutting-edge experimental facilities to European small and medium-sized enterprises and established technology companies.
The CQTA is specifically designed to support industry, academic, and government partners in formulating quantum computing problems. By leveraging DESY’s expertise in quantum science and technology, the CQTA aims to broaden the scope of DESY’s high-energy physics program and foster advancements in industrial and commercial applications. The center is situated at DESY’s Zeuthen campus, adjacent to Berlin, and benefits from €15 million seed funding from the state of Brandenburg.
One notable expansion of DESY’s quantum research capabilities is the establishment of the QUantum Computing for Excellence in Science and Technology (QUEST) laboratory in Cyprus. Karl Jansen has been awarded a €2.5 million Academic Chair from the European Research Executive Agency (REA) to spearhead this initiative. The collaboration between CQTA in Zeuthen and QUEST in Cyprus aims to enhance research capacity by creating a regional center of excellence for quantum computing R&D, attracting top-level quantum scientists and engineers to the Eastern Mediterranean.
CQTA’s growing portfolio encompasses quantum computing, quantum materials, and quantum sensing. The center focuses on developing quantum algorithms and methods, providing access to quantum computing hardware, benchmarking and verification of quantum hardware, and pursuing quantum metrology with trapped-ion clocks. Additionally, CQTA is developing tailored training programs for beginners and advanced practitioners in quantum computing.
Encouraging progress is already evident, with flagship CQTA projects supporting DESY’s core physics programs. For instance, the Laser Und XFEL Experiment (LUXE) investigates quantum electrodynamics processes at the “strong field frontier” in collaboration with the European X-ray Free Electron Laser (Eu.XFEL).
The practical applications of quantum computing are gaining recognition across various industries, being described as a disruptive force. As CQTA expands its capabilities, DESY’s contribution to quantum science and technology will undoubtedly have a profound impact on both academic research and industrial innovation.
FAQs about DESY’s Center for Quantum Technology and Applications (CQTA)
1. What is DESY known for?
DESY is a renowned German research laboratory known for its contributions in high-energy physics.
2. What is the purpose of the Center for Quantum Technology and Applications (CQTA)?
The CQTA aims to enhance DESY’s focus on quantum science and technology by supporting industry, academic, and government partners in formulating quantum computing problems.
3. What are the main themes of DESY’s scientific endeavors?
DESY’s scientific endeavors encompass four main themes: particle physics, photon science, astroparticle physics, and accelerator physics.
4. How many guest scientists does DESY attract annually?
DESY attracts more than 3000 guest scientists from over 40 countries annually, thanks to its network of national and international partners.
5. How does DESY support industry R&D?
DESY serves as a valuable hub for industry R&D, providing cutting-edge experimental facilities for European small and medium-sized enterprises and established technology companies.
6. Where is the CQTA located?
The CQTA is situated at DESY’s Zeuthen campus, adjacent to Berlin, Germany.
7. How is the CQTA funded?
The CQTA benefits from €15 million seed funding from the state of Brandenburg.
8. What is the QUest for Excellence in Science and Technology (QUEST) laboratory in Cyprus?
The QUEST laboratory, established in Cyprus, aims to enhance research capacity in quantum computing by creating a regional center of excellence in collaboration with CQTA.
9. What are the main areas of focus for CQTA’s research?
CQTA’s research areas include quantum computing, quantum materials, and quantum sensing.
10. What are some specific activities of the CQTA?
The center focuses on developing quantum algorithms and methods, providing access to quantum computing hardware, benchmarking and verification of quantum hardware, and pursuing quantum metrology with trapped-ion clocks.
11. What are some practical applications of quantum computing?
Quantum computing is recognized as a disruptive force with practical applications across various industries.
12. How will the CQTA’s expansion impact academic research and industrial innovation?
DESY’s contribution to quantum science and technology through the CQTA is expected to have a profound impact on both academic research and industrial innovation.
Definitions:
– Quantum computing: A field that uses quantum mechanical phenomena, such as superposition and entanglement, to perform computational tasks more efficiently than classical computers.
– Quantum materials: Materials with special quantum properties or behaviors that can be harnessed for various applications, such as superconductivity or topological properties.
– Quantum sensing: The use of quantum systems to make highly precise measurements, such as in atomic clocks or magnetic field sensors.
Suggested related links:
– DESY Official Website
– BMBF (Federal Ministry of Education and Research) Official Website
The source of the article is from the blog anexartiti.gr