AEgIS

E761919

AEgIS is a CERN-based physics experiment designed to precisely measure how gravity affects antimatter, particularly antihydrogen, using advanced interferometry and spectroscopy techniques.

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Label Occurrences
AEgIS canonical 3

Statements (44)

Predicate Object
instanceOf CERN experiment
physics experiment
acronymFor Antimatter Experiment: Gravity, Interferometry, Spectroscopy NERFINISHED
aimsToMeasure gravitational acceleration g for antihydrogen
collaborationSize dozens of physicists
collaborationType international collaboration
country Switzerland
dataType antihydrogen annihilation events
field antimatter physics
gravitational physics
particle physics
fullName Antimatter Experiment: Gravity, Interferometry, Spectroscopy NERFINISHED
fundamentalQuestion does antimatter fall with the same acceleration as matter
goalPrecision percent-level measurement of antihydrogen free-fall
hostOrganization CERN NERFINISHED
locatedIn Antiproton Decelerator hall NERFINISHED
CERN
organizationType scientific collaboration
primaryObjective measure gravitational acceleration of antihydrogen
produces antihydrogen atoms
relatedTo ALPHA experiment NERFINISHED
ATRAP experiment NERFINISHED
BASE experiment NERFINISHED
GBAR experiment NERFINISHED
researchFocus antihydrogen
equivalence principle tests with antimatter
gravity on antimatter
sponsor CERN member state institutions
startContext post-2000 CERN Antiproton Decelerator program
status operational
studies matter–antimatter symmetry in gravity
testsHypothesis weak equivalence principle for antimatter
usesDetector position-sensitive annihilation detector
usesFacility Antiproton Decelerator NERFINISHED
usesMethod horizontal beam of antihydrogen
measurement of vertical deflection due to gravity
usesParticle antiproton
positron
usesTechnique Rydberg excitation of antihydrogen
cold antihydrogen production
interferometry
moiré deflectometer
spectroscopy
website https://aegis.web.cern.ch/

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