Trapped Ions | QuantumWire

Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

Diamond Spin Quantum Computing Takes a Step Toward Optical Scaling

Caltech Team Finds Useful Quantum Computers Could Be Built With as Few as 10,000 Qubits

Caltech Team Finds Useful Quantum Computers Could Be Built With as Few as 10,000 Qubits

Reading Qubits in an Ultraclean Environment

Reading Qubits in an Ultraclean Environment

Trapped Ions

ORNL, NVIDIA, HPE Advance Quantum Computing, AI and HPC for Science

Industry November 4, 2025
Quandela Brings NVIDIA NVQLink to Photonic Quantum Computing

Business October 30, 2025
University of Oxford Spin-Out QFX Announces Seed Funding Round and Appoints Industry Leaders

Industry October 23, 2025
Scaling Up: Building a 96-Qubit Quantum Computer by 2027

Industry October 5, 2025
Qubits Are a Computer’s Best Friends

Industry September 30, 2025
U-M Quantum Testbed Enables Remote Experiments

Industry September 27, 2025
Chip-Scale Cold Atom and Trapped Ion Experiments Can Unleash the Power of Quantum Science in the Field

Industry September 26, 2025
Caltech Team Sets Record With 6,100-Qubit Array

Industry September 25, 2025
Miniaturized Ion Traps Show Promise of 3D Printing for Quantum-Computing Hardware

Industry September 23, 2025
University of Oxford’s Highest-Value Quantum Computing Spinout Acquisition

Industry September 19, 2025
NSF National Quantum Virtual Laboratory Speeds Into the Design Phase

Industry September 6, 2025
Qubits Under Control: Scalable Technology for Quantum Computers Through Spatial Light Modulators

Industry September 4, 2025
ORNL Study Plans Quantum-HPC Software Stack

Industry September 3, 2025
Using a Quantum Computer to Simulate a Quantum Process

Industry August 25, 2025
Breaking New Ground: Single Trapped Ions to Test the Standard Model

Industry August 15, 2025