New research challenges the cold dark matter assumption
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New research suggests that dark matter, traditionally thought to be cold and sluggish, may have originated as hot particles moving near the speed of light shortly after the Big Bang. This study focuses on the post-inflationary reheating era, proposing that these 'red-hot' dark matter particles could eventually cool down and contribute to galaxy formation. This challenges long-standing assumptions about the nature of dark matter in the universe.
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📚Bağlam ve Tarihsel Perspektif
Dark matter has been a central topic in astrophysics, with its cold nature being a cornerstone of many cosmological models. The concept of hot dark matter has been largely dismissed in favor of cold dark matter theories, which align more closely with observed galactic structures. This new perspective invites a reevaluation of existing models and encourages further investigation into the conditions of the early universe.
This research is based on theoretical models and may require further empirical validation.
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