All articles tagged with #nonlinear phenomena
Scientists have developed a new theoretical framework revealing that gravitational wave signals from black hole mergers are more complex than previously thought, involving nonlinear quadratic mode couplings that could be detectable with next-generation observatories, offering new insights into black hole physics and tests of Einstein's theory.
Researchers have made a significant advancement in magnonics, a field that explores the use of magnons, or ripples in magnetic fields, for computing technologies. By causing two distinct types of magnons to interact nonlinearly using terahertz laser technology, the study marks a crucial step towards faster and more stable computing devices. This research collaboration, involving institutions such as UCLA, MIT, and the University of Texas at Austin, aims to push the boundaries of nonequilibrium physics and nonlinear control in magnonics, potentially revolutionizing the future of computing.