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297.
Quantum networks get their first operating system
Researchers create QNodeOS, a new system to program quantum networks easily and bring this technology closer to everyday use.
297.
Quantum computing achieves a major milestone
D-Wave’s quantum computer outperforms a supercomputer, solving complex material problems fast, promising new discoveries in sci/tech.
297.
Quantum computer makes certified random numbers
Researchers use a 56-qubit quantum computer to create truly random numbers, proving it with supercomputers for cryptography and privacy uses.
297.
Quantum computers get a communication boost
MIT researchers develop a new device to connect quantum processors, enabling faster and more flexible information sharing across networks.
297.
Sound waves mimic quantum secrets
Physicists build a tunable acoustic system to study quantum ideas, using sound to mimic atoms without fragile measurements.
297.
Zuchongzhi-3 breaks quantum speed records
China’s new quantum computer with 105 qubits beats supercomputers by a million times in random sampling tasks.
297.
Scientists uncover new way to measure magnetic changes at the nanoscale
Researchers use a tiny quantum sensor to study fast magnetic shifts in thin films, advancing tech from computing to quantum devices.
297.
Ocelot chip advances quantum computing
Amazon’s new Ocelot chip uses clever design to cut errors, aiming for practical quantum computers with fewer resources.
297.
Scientists make small quantum computers work together as one
Scientists have built a system where small quantum devices can work together by connecting two quantum processors into one.
297.
Macroscopic quantum entanglement between large acoustic resonators
Researchers have demonstrated macroscopic quantum entanglement between two acoustic wave resonators on separate chips.