First episode of a two-arc narrative. Surprises in stellar science continue. A team of scientists working with the Sloan Digital Sky Survey discovered a star whose chemical composition is completely inexplicable, challenging standard theory on the origins and end of a star’s life, the early Big Bang universe, and the formation of hypothetical black holes.
Science Alert — January 15, 2024 — “Ancient Gigantic Star Exploded in a Way We Didn’t Think was Possible.” A strange star in the Milky Way bares the signature of a unique explosion of a giant star that once existed billions of years ago in the era of the cosmic dawn. A star this massive should have collapsed directly into a black hole when it died—do not pass supernova, do not collect weird element abundances.
Independent researcher Stuart Talbott details how technological data now routinely suggests both planet and star formation appear to happen on a timescale that is not reconcilable with with the slow, gradual processes of gravitational theory. A foundational tenet of the EU Model—which proposes electromagnetism governs the formation of celestial objects—are that eventually all cosmological timescales must be completely rethought.
