Particle accelerators are often framed as exotic machines built only to chase obscure particles, but they are really precision tools that use electric fields and magnets to steer tiny beams of matter ...

We’re used to seeing ever greater particle accelerators — colossal machines sprawling across landscapes, built to reveal the ...

The atypical structure of the radium monofluoride molecule allows physicists to search for answers to some of the universe’s ...

Particle accelerators smash tiny particles together to reveal the universe's building blocks. These machines have grown dramatically in size and power over time, leading to major discoveries. The ...

Energy that would normally go to waste inside powerful particle accelerators could be used to create valuable medical ...

Scientists have developed a new theoretical model for preparing particle accelerator structures made of niobium metal. The model predicts how oxygen in the thin oxide layer on the surface of the ...

Particle accelerators (often referred to as “atom smashers”) use strong electric fields to push streams of subatomic particles—usually protons or electrons—to tremendous speeds. Accelerators by the ...

In scientific pursuits, like the search for dark matter, researchers sometimes use high-power particle accelerators. But these giant machines are extremely expensive and only a handful of them exist, ...

In 2010, when scientists were preparing to smash the first particles together within the Large Hadron Collider (LHC), sections of the media fantasised that the EU-wide experiment might create a black ...

Scientists have invented a new type of accelerator structure that could make accelerators used for a given application 10 times shorter. Particle accelerators generate high-energy beams of electrons, ...

Particle accelerators have been responsible for revolutionary scientific breakthroughs, but the tech behind them isn't as ...