Latest quantum computing, quantum tech, and quantum industry news.
Learn how the van Cittert Zernike theorem evolves from classical optics to quantum light and why it is important for modern quantum technologies.
Read More van Cittert Zernike Theorem: From Classical to Quantum Light
Learn how QuantumSavory accelerates quantum innovation by simplifying the development of quantum networks and distributed quantum systems.
Read More QuantumSavory For Quantum Computing and Networking
Strong Multi-partite Entanglement for Quantum Networks Is Unlocked by Extreme Nanophotonic Cavities.
Read More Strong Multi-Partite Entanglement with Nanophotonic Cavities
Learn how flying qubits transmit entanglement, support hybrid quantum networks, and build the backbone of the upcoming global quantum internet.
Read More Flying Qubits Architecture: Next-Generation Quantum Networks
Bell State Analysis is essential for building the future quantum internet, supporting quantum teleportation and long-distance secure communication.
Read More How Bell State Analysis Develops Next-Gen Quantum Networks
Quantum Fusion Network innovations will create secure, high-speed quantum data transfer networks, shaping the future of global communication.
Read More Global Quantum Internet Powered by Quantum Fusion Network
The Quantum Internet Application Challenge 2025 (QIAC) invites innovators to design groundbreaking applications for the future quantum web.
Read More QIAC: Quantum Internet Application Challenge 2025 Announced
LOCC Local Operations and Classical Communication is the local quantum actions coordinated by classical messages in quantum information.
Read More LOCC Local Operations And Classical Communication Protocols
Discover how European Telecommunications Standards Institute (ETSI) has created the Technical Committee on Quantum Technologies (TC QT)
Read More European Telecommunications Standards Institute ETSI’s TC QT
The process of Quantum Clock Synchronization (QCS) synchronizes distant clocks with a very high degree of precision by applying the concepts of quantum physics.
Read More Quantum Clock Synchronization: Future quantum networks Base