#21
2025-04-09
Interview
31:27
Physics, Power, Perspective - Does Germany Have What It Takes to Become a Quantum Power?
Key Takeaways
- LHC Limits: Classical computers reach their processing capacity limits with particle physics detector data
- Qubit Potential: Superposition and entanglement enable completely new analysis methods with fewer parameters
- Germany Niche: Targeted investment in ion trap architectures where German players are leading
- DESY Center: Hamburg becomes quantum location through bundling of computing, materials and sensors
- Hybrid Future: Quantum computing alone not enough, intelligent connection with AI and HPC decisive
Summary
Prof. Dr. Kerstin Borras from DESY Hamburg explains quantum computing in particle physics. Classical computers reach limits with LHC detector data, quantum computers promise new analysis potential through qubits. Germany invests specifically in ion trap architectures. DESY Quantum bundles competencies in quantum computing, materials and sensors. Skilled worker shortage remains growth brake. Future lies in intelligent connection with classical HPC systems and AI.