
Neutrinos reveal active galaxy’s inner depths
IceCube’s measurements take researchers a step closer to understanding the origin of high-energy cosmic rays.
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IceCube’s measurements take researchers a step closer to understanding the origin of high-energy cosmic rays.
Kinney’s presentation of cosmology serves as a useful introduction for the layperson, but also for physics students and even physicists working in different fields.
Data collected by the Hubble and Green Bank telescopes bring a fresh perspective on the origin of the galaxy's enormous "Fermi bubbles".
The keenly awaited first science-grade images from the James Webb Space Telescope did not disappoint.
Stefano Vitale describes the status of LISA as the space-based gravitational-wave observatory moves into its final design phase.
IXPE’s first results provide novel insights into the properties of neutron stars.
Silicon photomultipliers offer many advantages over traditional tube devices, but further R&D is needed to understand their performance under radiation damage.
Gamma-ray measurements by H.E.S.S. provide a new way to test models of the origin of cosmic rays.
Studies of proton-gas collisions at the LHC enable a deeper understanding of the antiproton flux in cosmic rays.
Physicists gathered to discuss machine-learning methods applied to detect signals from gravitational-waves.