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This €5.8 million German grant aims to merge ultracold polar molecules for long-term memory with Rydberg atoms for rapid gate operations, targeting the execution of two-qubit logic gates by 2031. The project also explores dual-specie optical atomic clocks to cancel noise and collaborates with trapped-ion groups to assess commercial spin-off potential within the Quantum Valley ecosystem.
Leibniz University Hannover Launches €5.8 Million ($6.53 Million USD) HybriQCS Project to Develop Hybrid Molecule-Rydberg Quantum Systems
The HybriQCS project, led by Dr. Kai Voges at Leibniz University Hannover, has secured €5.8 million to develop hybrid quantum computing architectures. This 5-year project, running until February 2031, aims to combine ultracold polar molecules for quantum memory with Rydberg atoms for fast multi-qubit gate operations. The primary goal is to execute the first two-qubit quantum logic gate operations using this hybrid system. The post Leibniz University Hannover Launches €5.8 Million ($6.53 Million USD) HybriQCS Project to Develop Hybrid Molecule-Rydberg Quantum Systems appeared first on Quantum Computing Report.
Leibniz University Hannover researcher Dr. Kai Voges has established a new research group dedicated to building hybrid quantum computing architectures that combine ultracold polar molecules with neutral Rydberg atoms. Operating within the Quantum Valley…
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