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Explore quantum computing developments in the Munich Quantum Valley through this 58-minute seminar talk by Prof. Dr. Martin Schulz from TUM. Learn about MQV's unique approach to developing competitive quantum computers with multiple modalities including superconducting and trapped atom systems. Discover how the initiative bridges different quantum computing modalities through dedicated software efforts that enable easy user access and integration into HPC systems as quantum accelerators. Gain insights into the current status of MQV's quantum computing and HPCQC developments, understand the software architecture that connects various quantum modalities, and explore future plans for the MQV-2 phase. Understand how quantum computers can be integrated as accelerators within high-performance computing environments and examine the strategic approach to making quantum computing accessible for broad applications across different research and industrial domains.
