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Moscow State University deploys 72 qubit quantum computer in partnership with Rosatom - Data Center Dynamics

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⚡ Quantum Brief
Moscow State University and Rosatom have deployed a 72-qubit neutral-atom quantum computer prototype, marking Russia’s third system exceeding 70 qubits. The milestone aligns with national goals to advance domestic quantum capabilities. The quantum computer features a novel architecture dividing registers into three zones: computation, long-term quantum state storage, and information readout. This design aims to enhance operational reliability and scalability. Russia’s 2020 quantum roadmap targets fault-tolerant systems with hundreds of qubits by 2030. The 2024 mandate to scale neutral-atom systems above 50 qubits is supported by this deployment. Yekaterina Solntseva of Rosatom highlighted the achievement as proof of Russia’s systematic progress in quantum research, emphasizing improved reliability in quantum operations. The collaboration underscores Russia’s push to compete globally in quantum computing, leveraging academic and state-backed resources to accelerate development.
Moscow State University deploys 72 qubit quantum computer in partnership with Rosatom - Data Center Dynamics

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Moscow State University deploys 72 qubit quantum computer in partnership with Rosatom Third 70+ qubit system reportedly demonstrated in Russia January 06, 2026 By Charlotte Trueman Have your say Facebook Twitter LinkedIn Reddit Email Share Moscow State University (MSU) has partnered with Rosatom State Nuclear Energy Corporation for the deployment of a 72-qubit neutral-atom quantum computer prototype.According to a report from the Russian news agency TASS, the demonstration of the system by researchers from the university’s physics department represents the third Russian quantum computer with more than 70 qubits. – Getty Images In 2020, the Russian government approved a national quantum roadmap, targeting the development of fault-tolerant quantum computers with several hundred qubits by 2030. In 2024, the government issued a separate mandate to scale neutral-atom systems with 50 qubits or more, a mission the system at MSU helps to support.The report noted that according to Stanislav Straupe, head of the quantum computing sector at MSU’s quantum technology center, the quantum computer is built on a new architecture that allows computer registers to be divided into three zones – one designed for computing operations and the other two used for long-term storage of quantum states and information readout."Reaching the 72-qubit mark on an atom-based platform confirms the systematic development of the domestic quantum project and our strong position in quantum research and the creation of quantum computer prototypes,” said Yekaterina Solntseva, director of quantum technologies at Rosatom State Corporation, per the report. “It is especially important that the scientists have taken another step toward progressively improving the reliability of operations.” Subscribe to The Compute, Storage & Networking Channel for regular news round-ups, market reports, and more. Create an Account to Subscribe Now More in HPC & Quantum 15 Jul 2025 Photonic quantum startup QuiX Quantum closes €15m Series A round 20 Sep 2025 Quantum Machines and Arque Systems partner with Jülich Supercomputing Centre for Nvidia-powered quantum computer 20 Aug 2025 Orca Computing deploys two photonic quantum computers at Montana State University More in Europe 09 Dec 2025 Argyll secures funding partner for AI data center developments in Scotland 02 Jan 2026 VivoPower acquires 40MW data center in Norway 10 Sep 2025 B&W partners with Denham Capital to convert former coal plants to natural gas to power data centers in US and Europe Facebook Twitter LinkedIn Reddit Email Share Tags Moscow Moscow State University Quantum Computing Rosatom Russia

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Source: Google News – Quantum Computing