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Quantum Machines OPX+ Platform Enabled Breaking of Entanglement Qubit Bottleneck, via Multiplexing

Summary by techpowerup.com
Quantum networks—where entanglement is distributed across distant nodes—promise to revolutionize quantum computing, communication, and sensing. However, a major bottleneck has been scalability, as the entanglement rate in most existing systems is limited by a network design of a single qubit per node. A new study, led by Prof. A. Faraon at Caltech and conducted by A. Ruskuc et al., recently published in Nature (ref: 1-2), presents a groundbreaki…
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techpowerup.comtechpowerup.com

Quantum Machines OPX+ Platform Enabled Breaking of Entanglement Qubit Bottleneck, via Multiplexing

Quantum networks—where entanglement is distributed across distant nodes—promise to revolutionize quantum computing, communication, and sensing. However, a major bottleneck has been scalability, as the entanglement rate in most existing systems is limited by a network design of a single qubit per node. A new study, led by Prof. A. Faraon at Caltech and conducted by A. Ruskuc et al., recently published in Nature (ref: 1-2), presents a groundbreaki…

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quantumzeitgeist.comquantumzeitgeist.com

Qunova Computing's HI-VQE Algorithm Now Available Via IBM Qiskit Functions Catalog, Enabling Advanced Modeling Of Large Molecules And Complex Chemistry Problems

Qunova Computing's HI-VQE algorithm, now available via IBM's Qiskit Functions Catalog, enhances quantum chemistry modeling by enabling faster, more accurate calculations for large molecules, signaling progress toward practical quantum computing applications.

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quantumzeitgeist.com broke the news in on Thursday, March 27, 2025.
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