Breaking the Simulation Barrier: Skyrmions Spin Into Real-Time Reality
Updated: 2025-02-04 20:33:17
: Close Menu Facebook X Twitter Instagram Biology Chemistry Earth Health Physics Science Space Technology Facebook X Twitter Pinterest YouTube RSS Home Physics Breaking the Simulation Barrier : Skyrmions Spin Into Real-Time Reality Physics Breaking the Simulation Barrier : Skyrmions Spin Into Real-Time Reality By Johannes Gutenberg Universitaet Mainz February 4, 2025 1 Comment 3 Mins Read Facebook Twitter Pinterest Telegram LinkedIn Tumblr WhatsApp Email Share Facebook Twitter LinkedIn Pinterest Telegram Email A new breakthrough in skyrmion research allows real-time simulations , accelerating the path toward revolutionary , energy-saving computing technologies . Credit : SciTechDaily.com Skyrmions could revolutionize computing , but simulating them in real-time has been a challenge until .
Close Menu Facebook X Twitter Instagram Biology Chemistry Earth Health Physics Science Space Technology Facebook X Twitter Pinterest YouTube RSS Home Space Tiny Black Holes Pack a Cosmic Punch Space Tiny Black Holes Pack a Cosmic Punch By Max Planck Institute for Nuclear Physics MPIK February 4, 2025 No Comments 4 Mins Read Facebook Twitter Pinterest Telegram LinkedIn Tumblr WhatsApp Email Share Facebook Twitter LinkedIn Pinterest Telegram Email A star and a black hole orbit each other closely : mass from the star is captured by the black hole . As a consequence of this , a pair of jets launch away from the black hole . Credit : Science Communication Lab for MPIK . H.E.S.S For the first time , researchers have found evidence that even microquasars with low-mass stars can efficiently
Quasars are the actively feeding supermassive black holes at the hearts of galaxies and can contain millions or even billions of times the mass of the Sun. It's believed they're the source of some of the highest energy cosmic rays detected. But there are also microquasars, where a star and black hole orbit one another. Material from the star accretes around the black hole, and the magnetic fields form jets that can also hurl cosmic rays with similar energies.
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