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Breakthrough in experimental light-powered quantum computers could mean scaling them up is now far more viableScientists have achieved a breakthrough by "distilling" light to eliminate the noise that prevents photonic quantum computers from scaling.
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Scientists create new type of encryption that protects video files against quantum computing attacksA newly developed encryption framework aims to protect video data from future quantum attacks, all while running on today's conventional hardware.
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IBM quantum processor achieves highest fidelity calculations for the longest period of time on recordScientists have developed a novel approach to error correction that resulted in the highest-ever fidelity of entangled, logical qubits on a superconducting quantum processor.
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Quantum computers need just 10,000 qubits — not the millions we assumed — to break the world's most secure encryption algorithmsFuture quantum computers will need to be far less powerful than we thought to threaten the security of encrypted messages, banking information and other sensitive data.
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Ultrafast quantum chemistry engine could speed up the development of new medicines and materialsThe powerful software can reduce the time needed to simulate reactions with large molecules from weeks to just minutes.
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Scientists build 'most accurate' quantum computing chip ever thanks to new silicon-based computing architectureResearchers say they have created the world's first scalable atomic quantum processor that achieves record-breaking 99.99% fidelity.
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Record-breaking feat means information lasts 15 times longer in new kind of quantum processor than those used by Google and IBMThe novel design for the new qubit uses the chemical element tantalum in tandem with a special silicon substrate, creating what researchers say are the most coherent superconducting qubits to date.
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Breakthrough 3D wiring architecture enables 10,000-qubit quantum processorsThe novel 3D wiring architecture and chip fabrication method enable quantum processing units containing 10,000 qubits to fit in a smaller space than today's 100-qubit chips.
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New semiconductor could allow classical and quantum computing on the same chip, thanks to superconductivity breakthroughResearchers believe they can fit 25 million Josephson junctions — a useful component for quantum computing — on one two-inch wafer with this approach.
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