
Antimatter neutrinos detected from a nuclear reactor 240 km away
6 March 2023
A water-based detector has been used to spot antineutrinos from nuclear reactions hundreds of kilometres away. It could be used to monitor distant nuclear activities

6 March 2023
A water-based detector has been used to spot antineutrinos from nuclear reactions hundreds of kilometres away. It could be used to monitor distant nuclear activities

6 January 2023
When physicists first discovered a form of a radioactivity called beta decay it seemed to violate the laws of physics. It took 50 years to work out what was going on

27 October 2021
After decades of looking, physicists are no closer to discovering theorised particles that could help solve ongoing problems in physics

15 April 2020
For the universe to exist as it does now, there must have been an imbalance between matter and antimatter early on, which may have been caused by neutrinos

14 January 2020
A NASA science balloon picked up two high-energy particles and a new analysis reveals that they can't be explained by the standard model of particle physics

9 December 2019
Neutrinos are the second most abundant particles in the universe, passing completely unnoticed through matter. Particle physicist Melissa Uchida explores how these tiny particles could help us understand the universe.

21 November 2018
It was theorised decades ago but never seen. Now it seems the sterile neutrino could fix flaws in fundamental physics – if only we could find it

18 October 2018
Neutrinos barely interact with anything – a billion pass through your thumbnail every second. But studying these ghosts could transform our understanding of reality, as high energy physicist Melissa Uchida explains

28 September 2018
A NASA radio balloon floating over Antarctica has spotted high-energy events that can’t be explained by our current understanding of particle physics

12 June 2018
We’ve seen antineutrinos morphing from one ‘flavour’ to another, and it could help us figure out why the universe is full of normal matter and not antimatter