Soft gamma rays and high-energy neutrinos made by plasma collisions, say physicists
Read article: ‘Mellow’ supermassive black holes could be creating mysterious cosmic particles
SN1987A might be the source of four particles detected in Japan and the US
Read article: Were high-energy neutrinos from a supernova detected 34 years ago?
Fast neutrons from cosmic-ray showers can cause significant errors in supercomputers. Physicists hope to measure the problem and protect devices, says Rachel Brazil
Read article: Cosmic challenge: protecting supercomputers from an extraterrestrial threat
Astronomers have identified 14 antimatter star candidates and placed strict limits on how many "antistars" could exist in the Milky Way
Read article: Are antimatter stars firing bullets of antihelium at Earth?
The Tibet ASγ experiment has discovered ultrahigh-energy gamma rays spread across the Milky Way
Read article: Record-breaking gamma ray is smoking gun for Milky Way cosmic rays
Andrew Ferguson took a muon detector project into UK schools – and kept the study going despite COVID-19 restrictions
Read article: Physics in the pandemic: making particles from space tangible for schoolkids
Observation could boost our understanding of the origins of astrophysical neutrinos
Read article: Glashow resonance is spotted in a neutrino detector at long last
Technique can find dense materials such as plutonium and uranium
Read article: Prototype detector uses cosmic muons to scan shipping containers
China’s PandaX-II does not dispute XENON1T detections
Read article: Dark-matter detector result is consistent with previous hint of exotic particles
Masatoshi Koshiba shared the 2002 Nobel prize for the detection of cosmic neutrinos
Read article: Japanese Nobel-prize-winning neutrino pioneer Masatoshi Koshiba dies aged 94
