Latest Quantum Computing Post

The week ending November 22, 2025, delivered a powerful surge of advancements in quantum computing demanding your attention—from Hong Kong deploying the city’s first chip-based quantum network to IBM and Cisco unveiling plans for a distributed, fault-tolerant quantum infrastructure. Funding accelerated, hardware reached new milestones, and post-quantum defenses hardened. These developments aren’t hype; they’re the building blocks of the next computing era. Here’s the full summary you can’t afford to miss.

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At The Qubit Report, our mission is to promote knowledge and opinion of quantum computing from the casual reader to the scientifically astute.  Because Quantum is Coming.

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Recent Quantum Computing Posts

Goldman Sachs, QC Ware and IonQ Demonstrate Quantum Algorithms Proof-of-Concept That Will Revolutionize Financial Services, Other Industries

Goldman Sachs, QC Ware and IonQ Demonstrate Quantum Algorithms Proof-of-Concept That Will Revolutionize Financial Services, Other Industries Goldman Sachs, QC Ware and IonQ, Inc. (“IonQ”) today announced a significant step forward in the real-world application of quantum computing for the financial services industry. Specifically, a

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Q-Next Has Come Far In Its Inaugural Year, How Far?

Q-NEXT, led by the U.S. Department of Energy’s (DOE) Argonne National Laboratory, brings together roughly 100 scientists at national labs, universities, and companies to carry out an ambitious mission: develop the science and technology to store and transmit quantum information, whether at distances as small as the width of a computer chip or as large as the distance between Chicago and San Francisco.

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Raising the Bar in Error Characterization for Qutrit-Based Quantum Computing

Raising the Bar in Error Characterization for Qutrit-Based Quantum Computing Berkeley Lab researchers demonstrate randomized benchmarking protocols on qutrit processors Quantum processor unit (Credit: Berkeley Lab and Bleximo Corp) A team of experimental physicists at the Advanced Quantum Testbed (AQT) at Lawrence Berkeley National Laboratory (Berkeley Lab)

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Optical Processors Light the Path to Warp-Factor Computing

Data has been sent across wide-area networks as light pulses for decades, but optical (or photonic) computing has been slow to meet the challenges of moving data in the form of light at the processor level: photons have proved profoundly trickier to traffic than electrons. And while conventional data processing continued to get faster year-after-year, there seemed scant incentive for technologists to crack the optical conundrum.

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