Manipulation | QuantumWire

Efficient Cooling Method Could Enable Chip-Based Trapped-Ion Quantum Computers

Efficient Cooling Method Could Enable Chip-Based Trapped-Ion Quantum Computers

Quobly Announces Key Milestone for Fault-Tolerant Quantum Computing

Quobly Announces Key Milestone for Fault-Tolerant Quantum Computing

All Three Projects Powered by QuEra Computing Contributions Move to Phase Two of Wellcome Leap’s Quantum for Bio Challenge

All Three Projects Powered by QuEra Computing Contributions Move to Phase Two of Wellcome Leap’s Quantum for Bio Challenge

Manipulation

Single-Photon Switch Could Enable Photonic Computing

Industry November 21, 2025
Could Atoms Be Reordered to Enhance Electronic Devices?

Industry November 20, 2025
A “Seating Chart” for Atoms Helps Locate Their Positions in Materials

Technology October 23, 2025
Two Researchers in Quantum Awarded SNSF Ambizione Grants

Industry October 9, 2025
Germany Instead of America: Paderborn University Physicist Receives 1.2 Million Grant for Quantum Research

Industry September 26, 2025
Shining a Light on Dark Valleytronics

Technology September 25, 2025
Krown Technologies and Quantum eMotion Complete Development of the World’s First Quantum-Safe Hot Wallet

Business September 23, 2025
Physicists Devise an Idea for Lasers That Shoot Beams of Neutrinos

Technology September 9, 2025
What Is a Quantum Computer’s Speed Limit? Entanglement Can Provide an Answer

Industry September 6, 2025
Metasurface-Based Compact Optical Device for Advanced Beam Multiplexing

Industry August 27, 2025
Quantum Leap in NMR Spectroscopy

Industry August 12, 2025
MIT’s Ultra-Small Optical Devices Rewrite the Rules of Light Manipulation

Industry July 30, 2025
Building Blocks and Quantum Computers: New Research Leans on Modularity

Industry July 28, 2025
The High-Tech Wizardry of Integrated Photonics

Industry July 3, 2025
New Photonic Platform Developed by Polish Research Team

Technology June 30, 2025