TeV photons challenge standard explanations
The brightest gamma-ray burst ever detected appears to have produced an emission that is difficult to explain.
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The brightest gamma-ray burst ever detected appears to have produced an emission that is difficult to explain.
A normalisation bias in the beta-decay spectrum of uranium-235 is the most probable explanation for a deficit of electron neutrinos seen at reactor experiments.
CERN and software company Zenseact have completed a three-year project investigating the use of AI in autonomous vehicles.
New results from the ALICE collaboration that probe the Milky Way's transparency to antimatter serve as an important guide for dark-matter searches.
DESY researchers have measured the energy evolution of an electron bunch inside a laser-plasma accelerator for the first time.
Gabriella Pálla laid the foundations for the participation of Hungarian groups in CERN experiments.
Tripartite agreement covers the development, regulatory compliance and construction of the first radiotherapy device capable of treating large, deep-seated tumours using the FLASH technique.
New partnership will investigate the use of superconducting technologies in the electrical distribution systems of future hydrogen-powered aircraft.
A new project called IRIS will explore high-temperature and high-magnetic-field superconducting technologies both for societal applications and next-generation accelerators.
IceCube’s measurements take researchers a step closer to understanding the origin of high-energy cosmic rays.