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Researchers demonstrated individually addressable molecular qubits that can be initialized, read out optically, and kept coherent for 2.2 ms at 4.5 K in a helium cryostat. The work is a proof of concept at the single-molecule level, and the claimed scalability and 2030 fault-tolerance timeline are forward-looking goals rather than results. For quantum readers, the key questions are whether solution-processed molecular films can be reproduced at wafer scale and whether coherence and readout fidelity hold up across many qubits.
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NVision Demonstrates Addressable Molecular Spin-Photon Interface and Partners with HyperLight for Integrated Photonic Hardware

Quantum Computing Report3 min de cititArticolul și perspectiva sunt în engleză.

NVision Quantum Technologies has demonstrated a new quantum computing platform using organic carbene molecules as qubits, achieving single-molecule coherent control and optical readout. They've partnered with HyperLight Corporation to integrate these molecular qubits onto photonic chips, aiming to overcome the limitations of traditional solid-state systems. This technology offers a promising path towards scalable quantum computers, with a prototype expected by late 2026 and fault-tolerant systems by 2030. The post NVision Demonstrates Addressable Molecular Spin-Photon Interface and Partners with HyperLight for Integrated Photonic Hardware appeared first on Quantum Computing Report.

Molecular colour centre with a triplet ground state doped into a crystalline matrix. NVision Quantum Technologies has demonstrated an individually addressable organic molecular spin-photon interface and established a hardware development partnership with HyperLight Corporation to deposit molecular qubit thin films directly onto photonic integrated circuits (PICs). In peer-reviewed research published in…

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