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.
Read More Argonne’s Frozen Neon Qubit Discovery Starts a Computing EraTag: Argonne National Laboratory
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.
Read More Argonne News: Michael Norman Wins 2026 John Bardeen PrizeScanning 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
Read More Scanning Tunneling Microscopy News In Diamond QubitsArgonne 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 .
Read More Argonne Advanced Photon Source beamlines for future discoveryArgonne 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.
Read More Argonne and Intel 12 Qubit Processor Milestone at Q-NEXTAtomic 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.
Read More Atomic Quantum Emitters discovery using QuEEN-M by ArgonneSpin 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
Read More Spin Qubits open new paths in Quantum Networking and sensingThe 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.
Read More The Argonne National Laboratory News For Quantum Material