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3,000 Qubit System Runs Continuously for Two Hours: Harvard and MIT Achieve Quantum Milestone

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Harvard and MIT researchers, in partnership with QuEra Computing, have announced a quantum computing breakthrough: a 3,000-qubit system that operates continuously for over two hours, solving a major challenge in the field by using optical conveyor belts and tweezers to rapidly replenish qubits. This advance sets a new benchmark for reliability and scalability, with broad implications for practical quantum computing.

Australian Quantum Computing Engineers Achieve Long-Distance Atom Entanglement in Silicon Chips

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Australian researchers at UNSW Sydney have achieved a landmark breakthrough by entangling the nuclear spins of phosphorus atoms in silicon chips, enabling robust long-distance quantum communication between qubits. This advance, compatible with existing chip manufacturing, paves the way for scalable, industrial quantum processors and brings practical quantum computing closer to reality.

U.S. Semiconductor Policy Shake-Up: Tariffs, CHIPS Act, and the Future of Global Tech Supply Chains

U.S. Semiconductor Policy Shake-Up: Tariffs, CHIPS Act, and the Future of Global Tech Supply Chains

The U.S. is transforming its semiconductor industry with steep tariffs on Chinese chips, major subsidies for domestic manufacturing, and proposals for direct government stakes in key companies. These aggressive policies are fragmenting global supply chains and reshaping the AI chip ecosystem, creating both risks and opportunities for the tech industry.