Ivo van Vulpen’s popular book isn’t an airy pamphlet cashing in on the 2012 discovery, but a realistic representation of what it’s like to be a particle physicist.
Detectors similar to those used to hunt for sterile neutrinos could help guard against the extraction of plutonium-239 for nuclear weapons, writes Patrick Huber.
A new generation of accelerator and reactor experiments is opening an era of high-precision neutrino measurements.
A global network of ultra-sensitive optical atomic magnetometers – GNOME – has begun its search for exotic fields beyond the Standard Model.
Alain Blondel and Panagiotis Charitos report on developments at the third FCC Physics and Experiments Workshop.
LHCb will soon become the first LHC experiment able to run simultaneously with two separate interaction regions.
Ten years on from the LHC's first high-energy collisions, Mark Rayner interviews some of the foremost detector experts on what it took to keep the experiments fighting fit.
This is the most precise measurement so far of a parameter with implications for the stability of the vacuum.
The world’s largest optical/near-infrared telescope, the Extremely Large Telescope, under construction in Chile, will bring mysteries such as dark energy into focus.
Michele Livan and Richard Wigmans have written an up-to-date introduction to both the fundamental physics and the technical parameters.