New study challenges the age of the universe, proposing it to be 26.7 billion years old instead of the widely …
Latest in Cosmology
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AstronomyAstrophysicsChinese Academy of SciencesDark MatterSciTech NewsSpaceSquare Kilometer ArrayUniversities
Unveiling the Secrets of Dark Matter and Early Galaxies: The Potential of the 21-cm Forest Probe
Unveiling dark matter’s secrets: Researchers propose using the 21-cm forest probe to study early galaxies and the thermal history of …
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AstrophysicsCosmologyDark MatterKavli InstituteSciTech NewsSpace
Discrepancy in Dark Matter: A Puzzle in the Standard Cosmological Model
International team measures dark matter clumpiness, finding a discrepancy between gravitational lensing surveys and Cosmic Microwave Background.
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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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Atomic PhysicsDOEParticle PhysicsSciTech News
Unveiling Neutron Star Secrets: Two-Dimensional Insights into Nuclear Matter
Scientists at Brookhaven Lab use 2D physics to decode neutron star secrets, simplifying dense nuclear matter study & advancing understanding …
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AstronomyAstrophysicsBlack HoleGravitational WavesNANOGravSciTech NewsSimons FoundationSpace
Unexpectedly Intense: First Detection of Gravitational Waves from Merging Supermassive Black Holes
by Manuel Costaby Manuel CostaGroundbreaking discovery: NANOGrav detects unexpectedly intense gravitational waves from merging supermassive black holes, unveiling a new window into the universe.
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AstronomyAstrophysicsGravitational LensingSciTech NewsSpaceStockholm UniversitySupernovaZwicky Transient Facility
Unlocking Dark Matter Mysteries: Unprecedented Discovery of Multiply-Imaged Gravitationally Lensed Supernova
Unlocking dark matter mysteries through a multiply-imaged supernova. Gravitational lensing offers new insights into the universe’s expansion. Discoveries published in …
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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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MITParticle PhysicsQuantum PhysicsSciTech News
Unveiling the Universe’s Secrets: MIT Physicist Explores an Alternate Reality of Quantum Boomerangs
MIT physicist Daniel Harlow explores an alternate boomerang universe, uncovering connections between quantum gravity and quantum information theory.