A groundbreaking discovery reveals a giant black hole possibly formed just microseconds after the Big Bang, challenging everything we know about cosmic evolution. This could mean black holes formed before their host galaxies!
Exciting new research suggests that mysterious objects identified by Mizzou scientists could be early galaxies, challenging our understanding of galaxy formation. Using advanced infrared technology, they aim to confirm these findings and reshape cosmic theories.
A groundbreaking study reveals 300 unexpectedly bright cosmic objects that may reshape our understanding of galaxy formation in the early universe, as captured by NASA's JWST.
New research suggests as many as 100 previously unseen satellite galaxies could be orbiting the Milky Way. This discovery could change our understanding of dark matter and galaxy formation!
A newly discovered supermassive black hole, J1601+3102, from just 1.2 billion years post-Big Bang is erupting with jets of plasma longer than the Milky Way, challenging our understanding of galaxy evolution.
A groundbreaking study reveals that faint dwarf galaxies, rather than massive black holes, were pivotal in igniting the cosmic dawn. This research shifts our understanding of the early Universe's evolution.
New research reveals that tiny dwarf galaxies played a pivotal role in lighting up the early Universe, surprising scientists who expected larger galaxies to be the key players. This groundbreaking discovery could reshape our understanding of cosmic history.
A groundbreaking study reveals a new model that visualizes turbulence in the interstellar medium, shedding light on how magnetic fields shape galaxies and influence star formation. Discover the power of advanced simulations!
A new study reveals that Andromeda's satellite galaxies are arranged in a strange, lopsided manner, challenging our understanding of galaxy formation and dark matter's role in the universe.
Astronomers using the James Webb Space Telescope have uncovered Zhúlóng, a galaxy resembling the Milky Way, formed just 1 billion years after the Big Bang. This stunning discovery challenges existing theories of galaxy formation.
