Read article: Titanic stellar explosion scrambles magnetic fields
Observations of a highly energetic gamma-ray burst prompt a re-think of how magnetic fields behave during these cosmic cataclysms
Read article: IceCube identifies four galaxies as likely sources of cosmic rays
Neutrino detector at the South Pole pinpoints gargantuan particle accelerators
Read article: Radar could detect cosmic neutrinos in Antarctic ice
Echoes of radio waves could open a new energy window in neutrino astronomy
Read article: A decade of Physics World breakthroughs: 2013 – the first observations of high-energy cosmic neutrinos
Tami Freeman looks at the Physics World 2013 Breakthrough of the Year and how research at the IceCube South Pole Neutrino Observatory has progressed since
Read article: My favourite Nobel prize: weighing up neutrino mass
Tushna Commissariat explains why the discovery that neutrinos have mass is crucial to our understanding of the universe
Read article: Cosmic gamma-ray energy record shattered by high-altitude observatory
ASgamma experiment sheds light on how pulsars act as particle accelerators
Read article: Muons highlight rodent holes and flood risk
Muography technique previously employed on pyramids turns to river bank stability
Read article: Particle telescope technology could help improve radiotherapy
A particle telescope designed to analyse charged particles in space could also be used to measure dose delivered during radiation therapy
Read article: Meet the ultras: the August 2018 issue of Physics World is now out
Ultrahigh-energy cosmic rays, DIY science, analogue black holes and more
Read article: The riddle of ultrahigh-energy cosmic rays
Somewhere in the universe, something is making incredibly high-energy particles. Ben Skuse explores how these rare cosmic rays are challenging physicists
