University of Ottawa | QuantumWire

Innovative Technology Significantly Reduces the Number of Measurements Required for Characterization

Innovative Technology Significantly Reduces the Number of Measurements Required for Characterization

Scientists at uOttawa Develop Innovative Method to Validate Quantum Photonics Circuits Performance

Scientists at uOttawa Develop Innovative Method to Validate Quantum Photonics Circuits Performance

University of Ottawa

Quantum Entanglement Generated by Sunlight for the First Time

Technology August 10, 2026
Light as a Quantum Playground: Reconfigurable Simulators Reveal Hidden Dynamics of Matter

Technology July 13, 2026
Scientists Chart Path Toward Materials That Could Transform Computing

Industry May 16, 2026
uOttawa Researchers Clear the Path for Turbulence-Free Quantum Communication

Industry February 25, 2026
Engineering Ultra-Thin Magnets to Power Next-Gen Electronics

Industry June 25, 2025
New Quantum Key Protocol Brings Ultra-Secure Quantum Communications One Step Closer

Industry May 15, 2025
uOttawa Scientists Use Light to Unlock Secret of Atoms

Technology March 15, 2025
AI and Adaptive Optics Propel Free-Space Quantum Communication Into a New Era

Technology March 6, 2025
Quantum Research at uOttawa: Creating the Future With NSERC Support

Industry January 29, 2025
Harnessing Electromagnetic Waves and Quantum Materials to Improve Wireless Communication Technologies

Technology January 25, 2025
Innovative Technology Significantly Reduces the Number of Measurements Required for Characterization

TechnologyNews Flash June 23, 2024
Scientists at uOttawa Develop Innovative Method to Validate Quantum Photonics Circuits Performance

Technology June 21, 2024