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Space on MSNA 'cosmic car radio' could help scientists tune in to dark matter within the next 15 yearsScientists have developed a cosmic car radio that could tune into the frequency of axions, a prime dark matter suspect.
Published in Nature, scientists at King's College London, Harvard University, UC Berkeley and others have shared the ...
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IFLScience on MSNTunable Dark Matter Detector Developed With Never-Before-Seen QuasiparticleDark matter is a hypothetical substance that outweighs regular matter – which makes stars, planets, and everything we can see ...
A long-elusive, hypothetical subatomic particle called the axion can be simulated and potentially detected in a type of thin material.
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The Daily Galaxy on MSNScientists Build ‘Cosmic Radio’ That Could Detect Dark Matter in Record TimeA team of researchers from King’s College London, Harvard University, UC Berkeley, and others may have taken a major step ...
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Interesting Engineering on MSNPhysicists recreate mythical particle that could expose the universe’s hidden sideThe axion quasiparticle forms when the interaction between the electric field and magnetization oscillates in a specific ...
The nonbaryonic dark matter includes neutrinos, which were discovered to have mass in recent years, and may also include hypothetical entities such as axions, or supersymmetric particles.
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Space.com on MSNMatter-spewing 'singularities' could eliminate the need for dark energy and dark matter"The new model can account for both structure formation and stability, and the key observational properties of the expansion ...
The nature of dark matter has confounded scientists for decades, but a new development could help resolve this mystery within the next 15 years. Researchers have developed an "axion quasiparticle ...
New Technique to Detect Dark Matter Using Atomic Clocks and Lasers Feb. 6, 2025 — A team of international researchers has developed an innovative approach to uncover the secrets of dark matter ...
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