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This project advances hybrid quantum computing by integrating ultra-cold molecules with Rydberg atoms to enable novel gate operations within five years. The initiative seeks to resolve ongoing debates over quantum hardware architectures by leveraging complementary strengths across different physical systems for simulation and precision timing applications.

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Kai Voges Leads €5.8 Million Research Project on Hybrid Quantum Systems

The Quantum InsiderOctober 7, 20264 min read

Insider Brief PRESS RELEASE — When the scientific community discusses quantum computers, it is usually the question of the underlying system that causes division. Ion traps, Rydberg atoms, or perhaps superconducting circuits? At Leibniz University Hannover, Dr Kai Voges has launched a new research group that positions itself between these factions and aims to combine […]

Leibniz University Hannover researcher Kai Voges has established a research group focused on hybrid quantum systems that combine molecules with Rydberg atoms. The €5.8 million, five-year HybriQCS project aims to demonstrate quantum gate operations using both molecular and Rydberg-atom systems. The group will work within Quantum Valley Lower Saxony and the QuantumFrontiers Cluster of Excellence while exploring applications in quantum computing, simulation and precision timing. PRESS RELEASE — When…

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