Science
What is The Higgs boson?
The Higgs boson is a fundamental particle, discovered in 2012, tied to the field that gives other particles their mass. It is the detectable ripple of the Higgs field — the reason some particles are heavy while others, like photons, are massless.
See it, don’t just read it.
Watch a 2-minute lesson with voice + animation that explains the higgs boson.
Key things to understand
- 1The Higgs field fills all of space; particles gain mass by interacting with it.
- 2Particles that interact strongly with the field are heavy; those that don't, like photons, are massless.
- 3The Higgs boson is a disturbance in that field — detecting it confirmed the field exists.
- 4It was found in 2012 at CERN's Large Hadron Collider, decades after being predicted in 1964.
- 5It completed the Standard Model, physics' best description of fundamental particles.
Frequently asked questions
- Why is it called the 'God particle'?
- It's a popular nickname (originally from a book title) that most physicists dislike — it overstates things. The Higgs gives particles mass, but there's nothing mystical about it.
- Does the Higgs give everything its mass?
- It gives fundamental particles their mass, but most of an everyday object's mass actually comes from the energy binding particles together inside its atoms.
- Why did finding it matter?
- It confirmed the last missing piece of the Standard Model and verified how particles get mass — a cornerstone of modern physics.