Optical Tweezers | QuantumWire

Pasqal Brings Qubit Control On-Chip – Advancing the Path to Fault-Tolerant Quantum Computing at Scale

Pasqal Brings Qubit Control On-Chip – Advancing the Path to Fault-Tolerant Quantum Computing at Scale

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

Caltech Team Sets Record With 6,100-Qubit Array

Caltech Team Sets Record With 6,100-Qubit Array

Optical Tweezers

Three World Records in Quantum Physics

Technology September 16, 2026
Helium Lifts New Quantum Computing Concept

Technology September 9, 2026
High-Resolution Phase Modulation for Holography, Quantum Computing and Adaptive Optics

Technology September 8, 2026
Universal Pattern Revealed in Quantum Matter

Technology August 21, 2026
Pasqal Brings Qubit Control On-Chip – Advancing the Path to Fault-Tolerant Quantum Computing at Scale

Business August 12, 2026
Full Control Over 2,000 Trapped Rydberg Atoms

Technology July 7, 2026
AI Speed Up the Use of Optical Tweezers

Industry June 21, 2026
Using a Single Atom as a “Camera” – Visualization of Light Intensity and Polarization Beyond the Resolution Limit of Optical Microscopes -

Industry May 30, 2026
Researchers “Reprogram” Materials by Quickly Rearranging Their Atoms

Technology May 15, 2026
Caltech Team Finds Useful Quantum Computers Could Be Built With as Few as 10,000 Qubits

Industry April 1, 2026
Quantum Sensors on the Move

Industry March 25, 2026
Durham to Lead New Era of Quantum Science Research

Industry March 12, 2026
Tiny Imperfections With Dramatic Impacts in Quantum Systems

Industry February 23, 2026
Realising Quantum Advantage in Analogue Quantum Simulation

Industry February 4, 2026
Neutral-Atom Arrays Are a Rapidly Emerging Quantum Computing Platform. These Columbia Researchers Know How to Make the Biggest Arrays Yet

Technology January 15, 2026