LEP

E24275

LEP (Large Electron–Positron Collider) was a major circular particle accelerator at CERN used to study electroweak interactions and precisely measure properties of particles like the Z boson.

AI illustration

How this image was made

AI-generated illustration of LEP

This AI-generated illustration was produced by black-forest-labs/FLUX.2-dev (1024x1024) from a prompt written by openai/gpt-oss-120b from the entity's label + description.

Prompt

Generate an image of LEP (LEP (Large Electron–Positron Collider) was a major circular particle accelerator at CERN used to study electroweak interactions and precisely measure properties of particles like the Z boson.)

All labels observed (7)

Label Occurrences
LEP canonical 7
LEP experiments 4
LEP1 4

How this entity was disambiguated

Statements (54)

Predicate Object
instanceOf circular accelerator ⓘ
collider ⓘ
electron–positron collider ⓘ
particle accelerator ⓘ
abbreviation LEP ⓘ
beamType electron ⓘ
positron ⓘ
builtInTunnel LHC tunnel ⓘ
collisionType electron–positron ⓘ
constructionStartDate 1983 ⓘ
country Switzerland ⓘ
decommissioningDate 2000 ⓘ
energyRegime W-pair threshold ⓘ
Z-pole ⓘ
firstBeamDate 1989 ⓘ
fullName Large Electron–Positron Collider ⓘ
fundingBody CERN member states ⓘ
hostedExperiment ALEPH ⓘ
DELPHI ⓘ
linked to: Delphi

L3 ⓘ
OPAL ⓘ
hostLaboratory CERN ⓘ
LEP1EnergyRange around 91 GeV centre-of-mass ⓘ
LEP2EnergyRange up to about 209 GeV centre-of-mass ⓘ
locatedIn CERN ⓘ
Geneva region ⓘ
Meyrin ⓘ
Switzerland ⓘ
locatedNear French–Swiss border ⓘ
maximumCentreOfMassEnergy around 209 GeV ⓘ
measuredNumberOfLightNeutrinoFamilies about 3 ⓘ
numberOfMainDetectors 4 ⓘ
operationEndDate 2000 ⓘ
operationStartDate 1989 ⓘ
partiallyInCountry France ⓘ
phase LEP1 ⓘ
LEP2 ⓘ
linked to: LEP
predecessor SPS ⓘ
primaryPhysicsGoal precision measurements of W boson properties ⓘ
precision measurements of Z boson properties ⓘ
study of electroweak interactions ⓘ
tests of the Standard Model ⓘ
scientificContribution constraints on Higgs boson mass ⓘ
constraints on number of light neutrino families ⓘ
precision determination of W boson mass ⓘ
precision determination of Z boson mass ⓘ
precision determination of Z boson width ⓘ
searches for new physics beyond the Standard Model ⓘ
stringent tests of electroweak theory ⓘ
successor Large Hadron Collider ⓘ
tunnelCircumference 27 kilometres ⓘ
about 17 miles ⓘ
tunnelDepth about 100 metres underground ⓘ
tunnelReusedBy LHC ⓘ

How these facts were elicited

Referenced by (23)

Full triples — surface form annotated when it differs from this entity's canonical label.

Z boson → measuredAt → LEP ⓘ
LEP → phase → LEP2 ⓘ
linked to: LEP
SLD → comparedWith → LEP experiments ⓘ
linked to: LEP
Salam–Weinberg model → testedBy → LEP experiments ⓘ
linked to: LEP
ALEPH → partOf → LEP2 program ⓘ
linked to: LEP
ALEPH → collider → LEP ⓘ
L3 → dataTakingPeriod → LEP1 ⓘ
linked to: LEP
L3 → dataTakingPeriod → LEP2 ⓘ
linked to: LEP
OPAL → operatedDuring → LEP1 ⓘ
linked to: LEP
OPAL → operatedDuring → LEP2 ⓘ
linked to: LEP
SLC → successorInRole → LEP ⓘ
ALEPH → collider → LEP ⓘ
subject linked to: Apparatus for LEP Physics
ALEPH → operatedAt → LEP interaction point ⓘ
subject linked to: Apparatus for LEP Physics
linked to: LEP
ALEPH Collaboration → collaboratedOn → LEP experiments ⓘ
linked to: LEP
ALEPH Collaboration → partOf → LEP experimental program ⓘ
linked to: LEP
L3 Collaboration → locatedDetectorAt → LEP interaction point ⓘ
linked to: LEP
DELPHI → operatedAtAccelerator → LEP1 ⓘ
linked to: LEP
DELPHI → operatedAtAccelerator → LEP2 ⓘ
linked to: LEP
DELPHI → partOf → LEP experiments ⓘ
linked to: LEP