Quantum Internet Prototype Successfully Transmits Data Over 100 Kilometers

Researchers at the University of Science and Technology of China have successfully demonstrated quantum entanglement over a distance of 100 kilometers, marking a significant step toward a functional quantum internet. The experiment involved creating entangled photon pairs and maintaining their quantum state across fiber-optic cables, a feat previously thought impossible at such distances. Quantum internet promises unbreakable encryption and could revolutionize secure communications, financial transactions, and distributed quantum computing. The breakthrough addresses one of the major challenges in quantum networking: maintaining quantum coherence over long distances. The research team used advanced error correction techniques and novel photon storage methods to achieve this milestone. Commercial applications could emerge within the next decade, potentially transforming how we think about cybersecurity and data privacy.