Скачать или смотреть Breaking Newton's Third Law: How Light Induces Non-Reciprocal Magnetism in Solids

Discover how researchers from Japan have theoretically demonstrated that light can induce non-reciprocal magnetic interactions in solids, effectively violating Newton's third law. This groundbreaking work, published in Nature Communications, reveals a novel method to control quantum materials using light. By irradiating a magnetic metal with carefully tuned light frequencies, scientists can drive a spontaneous 'chase-and-run' rotation between magnetic layers. This research opens new frontiers in non-equilibrium materials science and suggests applications in spintronics, frequency-tunable oscillators, and more. Learn how this bridges concepts from active matter and condensed matter physics, and explore the potential for next-generation technologies.
Keywords: non-reciprocal magnetism, Newton's third law, photoinduced magnetism, quantum materials, spintronics, active matter, condensed matter physics, light-controlled materials, non-equilibrium systems, chiral phase transition