Tabletop experiment constrains neutrino size
How big is a neutrino? Results from BeEST set new limits on the size of the neutrino’s wave packet, but theorists are at odds over how to interpret the data.
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How big is a neutrino? Results from BeEST set new limits on the size of the neutrino’s wave packet, but theorists are at odds over how to interpret the data.
Francesco Ubertosi of the University of Bologna and co-workers studied a sample of about 60 clusters observed using the Very Long Baseline Array and the Chandra X-ray telescope.
In a world first, a research group working at the J-PARC laboratory in Tokai, Japan, has cooled and accelerated a beam of antimatter muons.
A new result from the ALICE collaboration has now added fresh intrigue to interpretations of hadronisation – the process by which quarks and gluons become confined inside colour-neutral groupings su...
In a new measurement, ATLAS has turned its attention to the comparison of W decays to muons and electrons.
Being the most massive known elementary particle, top quarks are a focus for precision measurements and searches for new phenomena.
The LHCb collaboration recently measured a set of parameters that determine the matter–antimatter oscillation of the neutral D meson with unprecedented precision.
A first-of-its-kind experiment performed at the European X-Ray Free-Electron Laser (European XFEL) in Hamburg, Germany, has placed new constraints on axion-like particles in a mass range that is relat...
The Einstein Telescope requires a new underground infrastructure in the form of a triangle with 10 km-long arms.
In April, CERN and the US government released a joint statement of intent concerning future planning for large research infrastructures, advanced scientific computing and open science.