Innsbruck | QuantumWire

QIA Researchers Create First Operating System for Quantum Networks

QIA Researchers Create First Operating System for Quantum Networks

Welinq Establishes Scientific Advisory Board, Includes Nobel Prize Winner

Welinq Establishes Scientific Advisory Board, Includes Nobel Prize Winner

Supercomputer and Quantum Computer in Harmony

Supercomputer and Quantum Computer in Harmony

Innsbruck

Quantum Internet Prototype Takes Shape in Innsbruck

Industry October 2, 2026
From NISQ to Fault-Tolerance: Applications and Algorithmic Benchmarks for Spin Qubits

Technology October 1, 2026
German Government Selects QUDORA-Led Consortium for €122 Million Project NFQC-1k To Develop a 1,000-Qubit Fault-Tolerant Quantum Computer and Build a QPU Pilot Line

Business September 25, 2026
ParityQC Launches the Parity Twine Optimizer, Powered by Its Record Compiler Technology

Business September 16, 2026
Bethe Strings Observed in Ultracold Atoms

Technology September 15, 2026
Quantum Simulators Get Error Bars

Technology August 21, 2026
The Quantum Computer Microscope

Technology August 20, 2026
Not All Quantum Measurements Are Created Equal

Technology July 14, 2026
New Blueprint for Exotic Quantum States

Technology June 27, 2026
Quantum Entanglement: Schrödinger’s Anthill

Industry June 17, 2026
Chameleon Atoms: JILA Researchers Demonstrate Versatile Atomic Qubits That Can Pass Around Information

Technology June 12, 2026
UCD Physicists Harness Potential of ‘Quantum Phase Transitions’

Industry June 10, 2026
Partnering With Industry to Accelerate Quantum Computing

Industry May 29, 2026
Designing Better Quantum Circuits With AI

Technology May 15, 2026
Parity-Unfolded Distillation Architecture to Lower Resource Overhead

Technology May 8, 2026