CAST — A CERN Experiment to Search for Solar Axions

E Arik, S Aune,D Autiero,K Barth,A S Belov,B Beltran,G Bourlis,F S Boydag, H Brauninger,J M Carmona,S Cebrian, S A Cetin,J I Collar,T Dafni,Miles P Davenport,L Di Lella,O B Dogan,C Eleftheriadis,G Fanourakis,E Ferrerribas,H M Fischer,J Franz,Jorge E Galan, T Geralis, I Giomataris, S Gninenko,H L Gomez,M D Hasinoff,F H Heinsius,I Hikmet,D H H Hoffmann, I G Irastorza,J Jacoby,K Jakovcic,Donghwa Kang,K C Konigsmann,R Kotthaus,M Krcmar,Konstantinos Kousouris,M Kuster,B Lakic,C Lasseur,A A Liolios, A Ljubicic, G Lutz,G Luzon, D H Miller, A L Morales, Joaquin Villena Morales,A Nordt,Antonio Alcala Ortiz,T Papaevangelou,M J Pivovaroff,A Placci,Georg G Raffelt,H Riege,A Rodriguez,J Ruz,I Savvidis,Y K Semertzidis,Pasquale D Serpico,Regina Soufli,L Stewart, S Tzamarias,K Van Bibber,J A Villar,J Vogel,L Walckiers,K Zioutas

AIP Conference Proceedings（2007）

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摘要

The CAST experiment at CERN is the only running solar axion telescope. The first results obtained so far with CAST - PHASE I is presented, which compete with the best astrophysically derived lunits of the axion-to-photon coupling. The ongoing PHASE II of the experiment as well as the scheduled upgrades, which improve the axion discovery potential of CAST, are discussed.

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关键词

axion,dark matter,solar particles and photons

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