Space
Space may be filled with more antimatter than we can explain
A detector on the International Space Station found signatures of unexpectedly abundant antimatter 鈥� which may have been created in clashes of dark matter particles
News
Physics
Why the words we use in physics obscure the true nature of reality
Features
Physics
How the most precise clock ever could change our view of the cosmos
Features
Physics
This antimatter version of an atomic nucleus is the heaviest yet
News
Physics
Particle physicists may have solved a strange mystery about the muon
News
Space
Physicists want to drill a 5-kilometre-deep hole on the moon
News
Physics
Quantum to cosmos: Why scale is vital to our understanding of reality
Features
Physics
The galactic anomalies hinting dark matter is weirder than we thought
Features
Physics
A new kind of experiment at the LHC could unravel quantum reality
Features
Physics
How Peter Higgs revealed the forces that hold the universe together
The physicist Peter Higgs quietly revolutionised quantum field theory, then lived long enough to see the discovery of the Higgs boson he theorised. Despite receiving a Nobel prize, he remained in some ways as elusive as the particle that shares his name
News
Physics
Peter Higgs, physicist who theorised the Higgs boson, has died aged 94
News
Physics
Supernova neutrinos could break physics 鈥� if we can make sense of them
Features
Space
Have we found filaments of pure energy unleashed during the big bang?
Features
Physics
The wonder particle: How axions could solve more than just dark matter
Features