AMBER

E134374

AMBER is a fixed-target experiment at CERN designed to study hadron structure and strong interaction dynamics using high-energy secondary and tertiary beams from the SPS.

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AMBER canonical 1

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Statements (46)

Predicate Object
instanceOf CERN experiment
fixed-target experiment
particle physics experiment
abbreviationOf Apparatus for Meson and Baryon Experimental Research
aimsTo probe parton distribution functions in hadrons
study confinement mechanisms
test predictions of QCD
beamEnergySource SPS high-energy proton beam
beamSource SPS secondary beam lines
collaborationType international collaboration
country Switzerland
dataTakingStartPlanned 2020s
experimentType fixed-target hadron-structure experiment
focusesOn Drell–Yan processes
baryon structure
charmonium production
hadron spectroscopy
meson structure
muon scattering
fullName Apparatus for Meson and Baryon Experimental Research
governingBody CERN Research Board
surface form: CERN SPS and PS Experiments Committee
hostOrganization CERN
infrastructureReuse COMPASS experiment
surface form: COMPASS spectrometer components
locatedIn CERN
physicsGoal investigation of non-perturbative QCD
precision measurements of hadron structure
study of meson and baryon properties
predecessor COMPASS experiment
primaryLocation North Area of CERN SPS
surface form: CERN North Area
proposalStatus approved CERN experiment
researchField hadron physics
quantum chromodynamics
strong interaction physics
studies hadron structure
strong interaction dynamics
successorTo COMPASS
surface form: COMPASS physics program
uses high-energy hadron beams
high-energy muon beams
usesBeamType secondary beams
tertiary beams
usesDetector calorimeters
magnetic spectrometer
particle identification detectors
tracking detectors
usesFacility Super Proton Synchrotron
usesTarget fixed nuclear targets

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