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
Quark-matter cores likely in the most massive stars, say researchers
Read article: Neutron stars may contain free quarks
Observations of a highly energetic gamma-ray burst prompt a re-think of how magnetic fields behave during these cosmic cataclysms
Read article: Titanic stellar explosion scrambles magnetic fields
Neutrino detector at the South Pole pinpoints gargantuan particle accelerators
Read article: IceCube identifies four galaxies as likely sources of cosmic rays
Echoes of radio waves could open a new energy window in neutrino astronomy
Read article: Radar could detect cosmic neutrinos in Antarctic ice
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: A decade of Physics World breakthroughs: 2013 – the first observations of high-energy cosmic neutrinos
Tushna Commissariat explains why the discovery that neutrinos have mass is crucial to our understanding of the universe
Read article: My favourite Nobel prize: weighing up neutrino mass
ASgamma experiment sheds light on how pulsars act as particle accelerators
Read article: Cosmic gamma-ray energy record shattered by high-altitude observatory
Muography technique previously employed on pyramids turns to river bank stability
Read article: Muons highlight rodent holes and flood risk
A particle telescope designed to analyse charged particles in space could also be used to measure dose delivered during radiation therapy
Read article: Particle telescope technology could help improve radiotherapy
