Science

UCF

UCF Researchers Unlock Scalable Entanglement for Quantum Computing

Building practical quantum computers requires stable, error-resistant qubits. Now, researchers at the University of Central Florida (UCF) have found a scalable way to create complex entangled states of light using “topological modes.” Published in Science, the breakthrough allows for larger, more robust quantum information systems, paving the way for advances in medicine, materials, and secure data management.

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Water Hidden Critical Point

Stockholm University Uses X-ray Lasers to Find Water’s Hidden Critical Point

For over a century, water’s strange behavior—like expanding when it freezes—has puzzled scientists. Now, researchers at Stockholm University have used ultra-fast X-ray lasers to find the source: a hidden “critical point” in supercooled water. The discovery, published in Science, confirms that water exists in two competing liquid states, finally explaining its unique properties.

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Fiber-Optic Cables Transform Moonquake Detection

No Seismometers: Lightweight Fiber-Optic Cables to Track Moonquakes for Artemis Missions

Los Alamos National Laboratory researchers propose using fiber‑optic cables on the moon to detect moonquakes. The lightweight cables, laid by a rover, could replace traditional seismometers and provide thousands of sensing points. The technology would help NASA’s Artemis program choose safer base locations and protect infrastructure from lunar tremors.

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