International team measures dark matter clumpiness, finding a discrepancy between gravitational lensing surveys and Cosmic Microwave Background.
Latest in Cosmology
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AstronomyAstrophysicsCosmologyNational Radio Astronomy ObservatorySciTech NewsSpaceUniversities
Challenging the Traditional View: Non-Thermal Emissions in Classical Novae Add Intrigue to Space Explosions
New discovery challenges traditional understanding of classical novae as simple explosions, revealing complex non-thermal emissions.
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AntimatterAstronomyBig BangCosmologySciTech NewsSpaceUniverseUniversity Of Florida
Astronomers Find First Signs of Symmetry Breach – This Could Be the Reason for Our Existence
Astronomers Find First Signs of Symmetry Breach – This Could Be the Reason for Our ExistenceA team of astronomers at …
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AstrophysicsCosmologyDark MatterParticle PhysicsSciTech NewsSpaceUniversity Of Toronto
Dark Matter and the Clumpiness of the Universe: New Insights from Axions
Scientists link dark matter’s lack of clumpiness to axions, ultra-light particles. Potential breakthrough for understanding the universe and supporting string …
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AstrophysicsCosmologyFeaturedSciTech News
Unveiling the Universe: Discovering a New Perspective on its Fundamental Structure
by Manuel Costaby Manuel CostaWhen we look out into the universe, it looks like it is filled with galaxies arranged in a web-like pattern.…