Argonne’s Frozen Neon Qubit Discovery Starts a Computing Era
Argonne’s frozen neon discovery provides ultra-low noise qubits for scalable, high-performance quantum computers.
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Argonne News: Michael Norman Wins 2026 John Bardeen Prize
Argonne News: 2026 Bardeen Prize awarded to Argonne physicist Michael Norman for breakthroughs in understanding complex superconductors.
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Scanning Tunneling Microscopy News In Diamond Qubits
Scanning Tunneling Microscopy News: Scientists use STM and graphene to image and control diamond NV qubits at the atomic scale
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Argonne Advanced Photon Source beamlines for future discovery
Argonne’s upgraded Advanced Photon Source beamlines deliver highly coherent X-ray beams, enabling scientists to observe atomic-level materials .
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Argonne and Intel 12 Qubit Processor Milestone at Q-NEXT
Intel and Argonne National Laboratory have successfully implemented an Intel 12 qubit processor based on quantum dots on silicon.
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Atomic Quantum Emitters discovery using QuEEN-M by Argonne
Argonne scientists engineer atomic-scale quantum emitters, enabling precise single-photon control for future quantum computing, communication, and sensing.
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Spin Qubits open new paths in Quantum Networking and sensing
The Quantum Foundry at Argonne National Laboratory Creates Optically Active Spin Qubits, Transforming Computing and Sensing Potential
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The Argonne National Laboratory News For Quantum Material
Learn Argonne National Laboratory news for npj computational materials shows a magnesium oxide mineral defect may be quantum building block.
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