Old CERN Data Yields New Hunt for Ghostly Dark Matter Particles
A new theoretical reinterpretation of CERN's 2009 COMPASS data shows that axion-like particles could hide as single photons in the ...
A new theoretical reinterpretation of CERN's 2009 COMPASS data shows that axion-like particles could hide as single photons in the ...
Astronomers using South Africa's MeerKAT telescope have directly detected the faint 21-centimetre radio signal of neutral hydrogen from billions of ...
Theoretical physicists have rebuilt the scotogenic model of neutrino mass and dark matter using exotic non-invertible symmetries, yielding sharper predictions ...
Physicists have built the first stand-alone optical nuclear clock by locking a continuous-wave laser to the thorium-229 nuclear transition in ...
A new theoretical study uses cosmic-ray upscattering and data from LZ, XENON and Borexino to place the strongest model-based constraints ...
A German-Austrian collaboration has demonstrated the first continuously operating optical nuclear clock based on thorium-229, running stably for more than ...
A new theoretical analysis shows that the lightest of three right-handed neutrinos in the scotogenic model can act as dark ...
A new scalar-vector-tensor theory of gravity unifies dark energy and dark matter while offering a mathematically consistent route to easing ...
The DarkSide-20k collaboration has completed production and cryogenic testing of nearly 2,000 silicon photo-multiplier tiles that will form the neutron ...
University of Rochester optician William Renninger has received a $1.35 million Moore Foundation Experimental Physics Investigator award to develop novel ...
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© 2025 Scienmag - Science Magazine