Quantum State | QuantumWire

Brookhaven and Stony Brook Researchers Demonstrate ‘Wireless’ Capability for Quantum Network

Brookhaven and Stony Brook Researchers Demonstrate ‘Wireless’ Capability for Quantum Network

IBM’s New Modular Architecture for Cryogenic Systems

IBM’s New Modular Architecture for Cryogenic Systems

ORNL Deploys New IQM Quantum Computer

ORNL Deploys New IQM Quantum Computer

Quantum State

Pressure Unlocks Ising Superconductivity in Layered Material

Technology October 21, 2026
Turning Quantum Uncertainty Into Precision Quantum Sensing

Technology October 20, 2026
Quantum Network Entangles Several Atoms of Different Elements

Technology October 20, 2026
New High-Frequency Method Boosts 2D Material Readout for Next-Gen Quantum Computers

Technology October 20, 2026
A Path Toward Larger Quantum Processors

Technology October 20, 2026
New Research Center Connects ORNL’s Past, Future

Industry October 16, 2026
Electron Chirality Found in a Symmetric Material: JAEA Discovers Novel State in a Uranium Compound

Technology October 16, 2026
From Spin Wave to Superconducting Circuit: A One-Way Street for Quantum Information

Technology October 14, 2026
Quantum Physicists Trace a Century of Controlling Spin

Industry October 14, 2026
New Research Links Gravity to the Way Quantum Information Is Organized

Industry October 13, 2026
A World First: Researchers From Hannover Send Quantum Package Through Municipal Fibre-Optic Network

Technology October 10, 2026
Fermilab To Lead Two New Genesis Mission Awards To Accelerate Development of Microelectronics and Quantum

Industry October 10, 2026
Fermilab Physicist Wins DOE Early Career Award To Study Dark Matter With Entangled Qubits

Technology October 10, 2026
Tiny Spins, Big Quantum Effects

Technology October 9, 2026
Georgia Tech Launches Center to Advance Quantum Research and Innovation

Industry October 8, 2026