A research team led by physicists at the University of Wisconsin–Madison has identified a fundamental process that allows vast, organized…
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Cal Poly Researchers Advance Quantum Computing Through Flux-Switching Floquet Engineering and Time-Dependent Magnetic Fields
The landscape of modern physics is undergoing a significant shift as researchers move from observing quantum phenomena to actively engineering…
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A grapefruit-sized quantum device mapped Earth’s magnetic field from space
A Century of Scientific Storytelling: The Genesis and Evolution of Science News The inception of Science News in 1921 was…
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Breakthrough in Orbitronics Leverages Chiral Phonons to Revolutionize Information Processing in Non-Magnetic Materials
In a significant advancement for the field of condensed matter physics, a multi-institutional research team has identified a novel method…
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Scientists Engineer Stable Optical Tornadoes in Miniature Structures Using Liquid Crystals and Synthetic Magnetic Fields to Advance Quantum Photonics
In a significant leap for the field of photonics, an international team of researchers has successfully demonstrated the creation of…
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Breakthrough in Orbitronics Utilizing Chiral Phonons Paves the Way for Non-Magnetic High-Efficiency Computing
As global computing demands escalate at an exponential rate, the limitations of traditional silicon-based semi-conductors have become increasingly apparent, prompting…
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University of Konstanz Researchers Discover Contactless Magnetic Friction and the Breakdown of Amontons Law
The fundamental understanding of how objects slide against one another has remained largely unchanged since the late 17th century. However,…
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Rethinking Tribology: Researchers Discover Contactless Magnetic Friction and the Breakdown of Amontons Law
In a discovery that challenges three centuries of physical principles, researchers at the University of Konstanz have identified a novel…
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University of Konstanz Researchers Discover Contactless Magnetic Friction Challenging Centuries-Old Physical Laws
In a landmark study that disrupts over three centuries of established physical theory, researchers at the University of Konstanz have…
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Super-Moiré Spin Order and the Emergence of Large-Scale Topological Magnetic Textures in Twisted Van der Waals Heterostructures
The rapidly evolving field of two-dimensional (2D) materials has reached a significant milestone as researchers uncover a phenomenon that challenges…
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