Latest quantum computing, quantum tech, and quantum industry news.
QphoX Launches Breakthrough Quantum Transducer: Bridging the Gap for Distributed Quantum Networks The quantum technology company QphoX formally announced the debut of its Quantum Transducer […]
Read More QphoX Launches Quantum Transducer For Quantum Networks
A universal Quantum Self Testing protocol certifies quantum states and measurements, boosting future quantum network confidence.
Read More Universal Quantum Self Testing Protocol for Quantum Networks
Harvard Engineers Use “Buckled” Micro Mirrors to Open Up a New Frontier in Quantum Networking
Read More Reflecting Light: Buckled Micro Mirrors for Quantum Networks
Learn the Scientists at the University of Vienna news successfully verify quantum states, advancing precision in quantum computing research.
Read More University of Vienna News: Scientists Verify Quantum States
Optical cavity arrays enable fast, parallel qubit measurement, overcoming readout bottlenecks and advancing scalable quantum computing systems.
Read More Optical Cavity Arrays Enable Fast Parallel Qubit Measurement
Researchers reveal a new technique for high-precision measurements across spatially separated places using a superconducting quantum networks
Read More Superconducting Quantum Networks for high-Resolution Sensing
The Quantum Secure Direct Communication (QSDC) advances in 2026, enabling ultra-secure data transmission resistant to quantum attacks.
Read More Quantum Secure Direct Communication QSDC Advance In 2026
Learn Concurrence Percolation achieves long-range quantum entanglement faster than classical network models using singlet conversion protocols.
Read More Concurrence Percolation: Entanglement In Quantum Networks
Discover how the Agnostic process tomography provides a new framework for scalable, model-independent quantum learning.
Read More Agnostic Process Tomography: The Future Of Quantum Learning
Discover how the High-purity photon pairs could revolutionize the quantum internet by enabling faster, more secure quantum communication.
Read More High-Purity Photon Pairs Could Power Quantum Internet