17K views · 225 reactions | QUANTUM TELEPORTATION — explained in 60sec #Science | ABC Science | Facebook

Scientists have experimentally demonstrated Quantum Energy Teleportation (QET) — using the spatial entanglement of the quantum vacuum to extract energy remotely. The protocol involves measuring local vacuum fluctuations, sending a classical signal, and performing a conditional operation at a distant site to draw positive energy. The experiment used nuclear magnetic resonance on a chain of entangled carbon atoms, confirming Hotta’s QET protocol. Energy conservation and causality are respected: no

Scientists have successfully demonstrated quantum teleportation across an internet-based network, marking a major step toward a future quantum internet. In this process, quantum information—not matter—is transferred between distant locations using quantum entanglement and classical communication. The experiment does not move physical objects, but it enables ultra-secure data transmission that cannot be intercepted without detection. This breakthrough lays the groundwork for next-generation cyber

Scientists have experimentally demonstrated Quantum Energy Teleportation (QET) — using the spatial entanglement of the quantum vacuum to extract energy remotely. The protocol involves measuring local vacuum fluctuations, sending a classical signal, and performing a conditional operation at a distant site to draw positive energy. The experiment used nuclear magnetic resonance on a chain of entangled carbon atoms, confirming Hotta’s QET protocol. Energy conservation and causality are respected: no

China Achieves Quantum Teleportation Across Thousands of Kilometers — Redefining the Future of Secure Communication China has achieved a major scientific milestone by successfully demonstrating quantum teleportation over thousands of kilometers, enabling information to be transferred instantaneously between distant locations. While no physical matter is moved, the quantum state of data is transmitted with unprecedented security — a breakthrough with profound implications for communications and c