The Higgs Boson
2012 CE
A Pattern in the Noise
In the raw data of the Large Hadron Collider, each collision is a storm of fragments. Tracks spiral through magnetic fields, energy splashes into calorimeters, and almost everything that happens vanishes in less than a trillionth of a second. The image chosen for this Artifact is one of these storms. Yellow lines trace the paths of charged particles, red and blue squares mark where energy lands in the detector.
Read more
In the raw data of the Large Hadron Collider, each collision is a storm of fragments. Tracks spiral through magnetic fields, energy splashes into calorimeters, and almost everything that happens vanishes in less than a trillionth of a second. The image chosen for this Artifact is one of these storms. Yellow lines trace the paths of charged particles, red and blue squares mark where energy lands in the detector.
A single Higgs boson does not streak out directly. It exists for an instant, then decays into other particles. Physicists do not see the Higgs itself. They see patterns in the debris that match what the Higgs should leave behind. The boson is inferred from statistics, from many events layered together, a bump in a graph rising out of noise. It is a discovery made by listening to patterns rather than by catching an object.