Superconducting Processor | QuantumWire

Q-CTRL Achieves Computational Gains in Generation of Long-Range Entanglement Enhanced by Error Detection

Q-CTRL Achieves Computational Gains in Generation of Long-Range Entanglement Enhanced by Error Detection

New Research Demonstrates a Brand-New Architecture for Scaling Up Superconducting Quantum Devices

Superconducting Processor

Four More Teams Enter Quantum Benchmarking Initiative’s Final Stage

Industry October 8, 2026
Rice Researchers Earn 2 DOE Genesis Mission Awards

Industry July 24, 2026
Quantum Elements and Planckian Announce Partnership to Improve New Superconducting System Design

Business July 19, 2026
Quantum Elements Reports Record Logical Qubit Fidelity in Nature Communications Study

Industry March 5, 2026
Q-CTRL Achieves Computational Gains in Generation of Long-Range Entanglement Enhanced by Error Detection

Business June 3, 2025
QSA Quantum Technologies Advance Insights Into Materials Physics

Technology March 6, 2025
UChicago Scientists at PME Design New Quantum Chip

Technology January 6, 2025
New Research Demonstrates a Brand-New Architecture for Scaling Up Superconducting Quantum Devices

Technology December 12, 2024
EPIQUE - European Photonic Quantum Computer

Industry January 18, 2024