Скачать или смотреть Revolutionary Diamond Quantum Sensor: Unveiling Hidden Magnetic Fluctuations in Materials

Princeton researchers have developed a groundbreaking diamond-based quantum sensor using entangled nitrogen-vacancy defects, achieving 40× higher sensitivity to detect tiny magnetic fluctuations at nanometer scales. This innovation reveals previously inaccessible quantum-scale behavior in materials like graphene and superconductors, paving the way for next-generation quantum technologies. Discover how this technique works, its implications for studying real quantum materials, and the role of quantum entanglement in enhancing sensor capabilities. Learn about the collaboration between Princeton and Harvard, and how this sensor could revolutionize our understanding of magnetic phenomena in condensed matter physics. Keywords: quantum sensor, diamond defects, nitrogen-vacancy centers, magnetic fluctuations, graphene, superconductors, quantum entanglement, Princeton research.