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author Ferragut, R
Vaccarone, R
Stroke, H H
Dassa, L
Rohne, O
Hogan, S D
Cialdi, S
Al-Qaradawi, I Y
Formaro, L
Sandaker, H
Testera, G
Stepanov, S V
Folegati, P
Morhard, C
Warring, U
Prelz, F
Belov, A S
Bonomi, G
Consolati, G
Ferrari, G
Lagomarsino, V
Krasnicky, D
Drobychev, G
Giammarchi, M G
Heyne, R
Zenoni, A
Castelli, F
Mariazzi, S
Cabaret, L
Fischer, A
Boscolo, I
Sillou, D
Villa, F
Perini, D
Djourelov, N
Zavatarelli, S
Oberthaler, M K
Manuzio, G
Carraro, C
Matveev, V A
Jorgensen, L V
Nedelec, P
Prevedelli, M
Comparat, D
Dupasquier, A
Turbabin, A V
Zvezhinskij, D S
Fontana, A
Kellerbauer, A
Canali, C
Dudarev, A
Petracek, V
Riccardi, C
Nebbia, G
Gninenko, S N
Brusa, R S
Rotondi, A
Sacerdoti, M
Calloni, A
Doser, M
Byakov, V M
Quasso, F
Trezzi, D
author_facet Ferragut, R
Vaccarone, R
Stroke, H H
Dassa, L
Rohne, O
Hogan, S D
Cialdi, S
Al-Qaradawi, I Y
Formaro, L
Sandaker, H
Testera, G
Stepanov, S V
Folegati, P
Morhard, C
Warring, U
Prelz, F
Belov, A S
Bonomi, G
Consolati, G
Ferrari, G
Lagomarsino, V
Krasnicky, D
Drobychev, G
Giammarchi, M G
Heyne, R
Zenoni, A
Castelli, F
Mariazzi, S
Cabaret, L
Fischer, A
Boscolo, I
Sillou, D
Villa, F
Perini, D
Djourelov, N
Zavatarelli, S
Oberthaler, M K
Manuzio, G
Carraro, C
Matveev, V A
Jorgensen, L V
Nedelec, P
Prevedelli, M
Comparat, D
Dupasquier, A
Turbabin, A V
Zvezhinskij, D S
Fontana, A
Kellerbauer, A
Canali, C
Dudarev, A
Petracek, V
Riccardi, C
Nebbia, G
Gninenko, S N
Brusa, R S
Rotondi, A
Sacerdoti, M
Calloni, A
Doser, M
Byakov, V M
Quasso, F
Trezzi, D
author_sort Ferragut, R
collection CERN
description AEgIS (Antimatter experiment: gravity, interferometry, spectroscopy) is an experiment approved by CERN with the goal of studying antihydrogen physics. In AEgIS, antihydrogen will be produced by charge exchange reactions of cold antiprotons with positronium atoms excited in a Rydberg state (n > 20). In the first phase of the experiment, controlled acceleration by an electric field gradient (Stark effect) and subsequent measurement of free fall in a Moire deflectometer will allow a test of the weak equivalence principle. In a second phase, the antihydrogen will be slowed, confined, and laser-cooled to perform CPT studies and detailed spectroscopy. In the present work, after a general description of the experiment, the present status of advancement will be reviewed, with special attention to the production and excitation of positronium atoms.
id cern-1399901
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2011
record_format invenio
spelling cern-13999012019-09-30T06:29:59Zdoi:10.1139/P10-099http://cds.cern.ch/record/1399901engFerragut, RVaccarone, RStroke, H HDassa, LRohne, OHogan, S DCialdi, SAl-Qaradawi, I YFormaro, LSandaker, HTestera, GStepanov, S VFolegati, PMorhard, CWarring, UPrelz, FBelov, A SBonomi, GConsolati, GFerrari, GLagomarsino, VKrasnicky, DDrobychev, GGiammarchi, M GHeyne, RZenoni, ACastelli, FMariazzi, SCabaret, LFischer, ABoscolo, ISillou, DVilla, FPerini, DDjourelov, NZavatarelli, SOberthaler, M KManuzio, GCarraro, CMatveev, V AJorgensen, L VNedelec, PPrevedelli, MComparat, DDupasquier, ATurbabin, A VZvezhinskij, D SFontana, AKellerbauer, ACanali, CDudarev, APetracek, VRiccardi, CNebbia, GGninenko, S NBrusa, R SRotondi, ASacerdoti, MCalloni, ADoser, MByakov, V MQuasso, FTrezzi, DAntihydrogen physics: gravitation and spectroscopy in AEgISNuclear Physics - ExperimentAEgIS (Antimatter experiment: gravity, interferometry, spectroscopy) is an experiment approved by CERN with the goal of studying antihydrogen physics. In AEgIS, antihydrogen will be produced by charge exchange reactions of cold antiprotons with positronium atoms excited in a Rydberg state (n > 20). In the first phase of the experiment, controlled acceleration by an electric field gradient (Stark effect) and subsequent measurement of free fall in a Moire deflectometer will allow a test of the weak equivalence principle. In a second phase, the antihydrogen will be slowed, confined, and laser-cooled to perform CPT studies and detailed spectroscopy. In the present work, after a general description of the experiment, the present status of advancement will be reviewed, with special attention to the production and excitation of positronium atoms.oai:cds.cern.ch:13999012011
spellingShingle Nuclear Physics - Experiment
Ferragut, R
Vaccarone, R
Stroke, H H
Dassa, L
Rohne, O
Hogan, S D
Cialdi, S
Al-Qaradawi, I Y
Formaro, L
Sandaker, H
Testera, G
Stepanov, S V
Folegati, P
Morhard, C
Warring, U
Prelz, F
Belov, A S
Bonomi, G
Consolati, G
Ferrari, G
Lagomarsino, V
Krasnicky, D
Drobychev, G
Giammarchi, M G
Heyne, R
Zenoni, A
Castelli, F
Mariazzi, S
Cabaret, L
Fischer, A
Boscolo, I
Sillou, D
Villa, F
Perini, D
Djourelov, N
Zavatarelli, S
Oberthaler, M K
Manuzio, G
Carraro, C
Matveev, V A
Jorgensen, L V
Nedelec, P
Prevedelli, M
Comparat, D
Dupasquier, A
Turbabin, A V
Zvezhinskij, D S
Fontana, A
Kellerbauer, A
Canali, C
Dudarev, A
Petracek, V
Riccardi, C
Nebbia, G
Gninenko, S N
Brusa, R S
Rotondi, A
Sacerdoti, M
Calloni, A
Doser, M
Byakov, V M
Quasso, F
Trezzi, D
Antihydrogen physics: gravitation and spectroscopy in AEgIS
title Antihydrogen physics: gravitation and spectroscopy in AEgIS
title_full Antihydrogen physics: gravitation and spectroscopy in AEgIS
title_fullStr Antihydrogen physics: gravitation and spectroscopy in AEgIS
title_full_unstemmed Antihydrogen physics: gravitation and spectroscopy in AEgIS
title_short Antihydrogen physics: gravitation and spectroscopy in AEgIS
title_sort antihydrogen physics: gravitation and spectroscopy in aegis
topic Nuclear Physics - Experiment
url https://dx.doi.org/10.1139/P10-099
http://cds.cern.ch/record/1399901
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