Higgs boson

Particle conferring mass

The Higgs boson is a subatomic particle that explains why other particles have mass.

Predicted in the 1960s and confirmed in 2012 at the Large Hadron Collider, its discovery validated a central piece of particle physics theory.

The particle interacts with a field that permeates the universe; particles acquire mass through this interaction.

Sometimes called the "God particle"—a nickname physicists generally dislike.

discovery

CERN

European nuclear research organization

  • LHCMassive subatomic collision facility
  • colliderDual-beam particle accelerator
  • 2012Recent leap year

CMS · detector · Nobel Prize · confirmation · announcement · sigma · statistical significance · collaboration · Geneva · evidence

particle properties

scalar

Quantity with magnitude only

cross-section · resonance · width · elementary · fundamental · neutral · colorless

cosmology

inflation

Sustained price level increase

dark matter · primordial · reheating

mass mechanism

massless

Having zero mass

Standard Model

weak force

Fundamental interaction causing radioactive decay

Opposites
particle function

Higgs bosonphoton

Electromagnetic radiation unit

gluon · W boson · graviton

detectability/elusiveness

Higgs bosonelectron

Negative subatomic particle

proton · photon · neutron

Family

boson, bosons, bosonic, Higgs

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