Trapped Ion System | QuantumWire

IonQ Announces Partnership With NKT Photonics for Next-Generation Laser Systems to Power Future Quantum Computers

IonQ Announces Partnership With NKT Photonics for Next-Generation Laser Systems to Power Future Quantum Computers

Duke-Led Team Begins Plans for an Enormous 256-Qubit Quantum Computer

Duke-Led Team Begins Plans for an Enormous 256-Qubit Quantum Computer

The Chip of Switzerland’s First Physical, Commercially Viable Quantum Computer Arrived at QuantumBasel

The Chip of Switzerland’s First Physical, Commercially Viable Quantum Computer Arrived at QuantumBasel

Trapped Ion System

IonQ Demonstrates World-First Quantum Memory-Enhanced Interconnect for Distributed Quantum Applications

Business October 10, 2026
Inside Duke’s Plan for a Next-Gen Quantum Computer

Industry September 9, 2025
University of Chicago Announces Next Phase of Quantum Supercomputer Initiative, Supported by NSF Grant

Industry September 6, 2025
IonQ and Kipu Quantum Break New Performance Records for Protein Folding and Optimization Problems

Business June 22, 2025
Breaking Ground in Quantum Computing: QSA’s Trapped-Ion Advances

Technology June 16, 2025
Open Quantum Design Launches Open-Source Quantum Software Tools

Industry March 9, 2025
IonQ Announces Partnership With NKT Photonics for Next-Generation Laser Systems to Power Future Quantum Computers

Business November 8, 2024
Duke-Led Team Begins Plans for an Enormous 256-Qubit Quantum Computer

Industry August 30, 2024
The Chip of Switzerland’s First Physical, Commercially Viable Quantum Computer Arrived at QuantumBasel

Industry August 14, 2024
IonQ Delivers First Overseas Ion Trap to Switzerland, Progressing Development of Quantum Innovation Hub for EMEA

Business August 14, 2024
NSF National Quantum Virtual Laboratory Advances with $5M Funding for 5 Pilot Projects

Industry August 13, 2024
Hamamatsu Photonics completes the acquisition of NKT Photonics A/S

Business June 1, 2024