Latest quantum computing, quantum tech, and quantum industry news.
Subradiant collective states are unlocking breakthrough performance in quantum sensors, enabling ultra-precise, noise-resistant measurements.
Read More Subradiant Collective States Unlock Next-Gen Quantum Sensors
The first cross-state Quantum Key Distribution (QKD) demonstration over a live, commercial carrier network within the United States has been successfully executed by Quantum Corridor, […]
Read More Indiana Quantum Corridor & Toshiba Achieve Quantum Security
Discover the Quantum Granular Computing combines quantum states with granular reasoning to enable more intelligent and efficient computation.
Read More Quantum Granular Computing Core Principles By Researchers
Discover QTRAIN is developing Europe’s first deterministic single-photon transceiver, enabling ultra-secure and scalable quantum communication.
Read More QTRAIN: Europe’s Deterministic Single-Photon Transceiver
Quside wins Company of the Year in Quantum Technology for its groundbreaking advancements in quantum randomness and secure computing.
Read More Quside Wins Company Of The Year In Quantum Technology
Discover how The generalized Bloch representation reveals quantum entanglement through geometric visualization of state correlations.
Read More Generalized bloch representation detect quantum entanglement
Learn how Digitized Counterdiabatic Quantum Sampling (DCQS) accelerates quantum computations while maintaining accuracy and stability.
Read More DCQS: Digitized Counterdiabatic Quantum Sampling Explained
Discover how Wigner negativity serves as a powerful indicator of genuine multipartite entanglement in complex quantum systems.
Read More Wigner Negativity To Genuine Multipartite Entanglement
The UK–Singapore SpeQtre mission is nearing launch, aiming to demonstrate secure, entanglement-based quantum communication from orbit.
Read More SpeQtre: UK-Singapore Quantum Satellite Mission Nears Launch
A Chapman University study finds that true agency, our ability to choose & act, relies on both quantum classical physical processes working together.
Read More New research suggests agency requires both Quantum Classical