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Scientists Unveil Breakthrough Magnetic Cloaking Technology for Real-World Application University of Leicester Engineers Demonstrate Practical Magnetic Invisibility Engineers at the University of Leicester have unveiled a pioneering concept a device capable of magnetically "cloaking" sensitive components , effectively making them invisible to detection . The technology works by controlling the flow of magnetic fields , guiding them smoothly around an object so the fields behave as though the object is not present at all . Coverage of emerging physics and advanced engineering breakthroughs is regularly featured on FSNews365 , which tracks innovations shaping future science and technology. Practical Magnetic Cloaks Built With Real Materials Superconductors and Soft Ferromagnets Enable Cloaking In a study published in Science Advances , the research team demonstrates for the first time that practical magnetic cloaks can be engineered using superconductors and soft ferromag...

Quantum Entanglement Unveils Unique Electron Behavior in Strange Metals at Critical Point Introduction Scientists at Rice University have made a significant advancement in understanding strage metals — materials that challenge conventional laws of electricity and magnetism. Using a tool from quantum information science, their study, published in Nature Communications , shows that electrons in these metals become increasingly entangled at a critical threshold. This breakthrough could lead to new insights into superconductors, potentially revolutionizing energy technologies. Strange Metals and Their Intricate Behaviors The Challenge of Understanding Strange Metals Strange metals, unlike conventional conductors such as copper and gold, exhibit highly intricate behaviors that elude standard theoretical frameworks. To investigate this complexity, a team led by Qimiao Si, the Harry C, and Olga K, Wiess Professor of Physics and Astronomy, utilized Quantum Fisher Information (QFI), a quantum ...