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ðŸ”JWST: Galaxy Rotation and Black Hole Cosmology
Recent James Webb Space Telescope observations have revealed a surprising alignment in the rotation of early galaxies, with a significant majority spinning clockwise. This unexpected finding has prompted consideration of alternative cosmological models, notably the theory that our universe exists within a black hole. Another hypothesis suggests that Earth's motion could introduce an observational bias, potentially explaining the perceived rotational pattern. The JWST data and these interpretations have significant implications for current understandings of the universe's structure, evolution, and unresolved mysteries like the Hubble tension. These new findings encourage a re-evaluation of existing cosmological frameworks and the exploration of novel theoretical approaches.
ðŸ”JWST: Galaxy Rotation and Black Hole Cosmology
Recent James Webb Space Telescope observations have revealed a surprising alignment in the rotation of early galaxies, with a significant majority spinning clockwise. This unexpected finding has prompted consideration of alternative cosmological models, notably the theory that our universe exists within a black hole. Another hypothesis suggests that Earth's motion could introduce an observational bias, potentially explaining the perceived rotational pattern. The JWST data and these interpretations have significant implications for current understandings of the universe's structure, evolution, and unresolved mysteries like the Hubble tension. These new findings encourage a re-evaluation of existing cosmological frameworks and the exploration of novel theoretical approaches.