The Results of Alpha Magnetic Spectrometer (AMS) experiment in space

B. Alpat,J. Alcaraz,G. Ambrosi,H. Anderhub,L. Ao,A. Arefiev,P. Azzarello,E. Babucci,Luca Baldini,M. Basile,D. Barancourt,F. Barao,G. Barbier,G. Barreira,R. Battiston,R. Becker,U. Becker,L. Bellagamba,P. Bene,J. Berdugo,P. Berges,B. Bertucci,A. Biland,S. Bizzaglia,S. Blasko,G. Boella,M. J. Boschini,M. Bourquin,L. Brocco,G. Bruni,M. Buénerd,J.D. Burger,W.J. Burger,X.D. Cai,C. Camps,P. Cannarsa,M. Capell,D. Casadei,J. Casaus,G. Castellini,C. Cecchi,Y. H. Chang,H. F. Chen,H. S. Chen,Z.G. Chen,N.A. Chernoplekov,Tzihong Chiueh,Y.L. Chuang,F. Cindolo,V. Commichau,A. Contin,P. Crespo,M. Cristinziani,J.P. Da Cunha,T. S. Dai,Jorge Dias de Deus,N. Dinu,L. Djambazov,I.D' Antone,Z.R. Dong,P. Emonet,J. Engelberg,F.J. Eppling,T. Eronen,G. Esposito,P. Extermann,J. Favier,E. Fiandrini,P. H. Fisher,G. Fluegge,N. Fouque,Yu. Galaktionov,M. Gervasi,P. Giusti,D. Grandi,O. Grimm,W.Q. Gu,K. Hangarter,A. Hasan,V. Hermel,H. Hofer,M. Huang,W. Hungerford,M. Ionica,R. Ionica,M. Jongmanns,K. Karlamaa,W. Karpinski,G. Kenney,J. M. Kenny,W. Kim,A. Klimentov,R. Kossakowski,V. Koutsenko,M. Kraber,G. Laborie,T. Laitinen,G. Lamanna,G. Laurenti,A. Lebedev,Shih-Chang Lee,G. Levi,P. Levtchenko,C.L. Liu,Hong-Li Liu,I. Lopes,G. Lu,Y.S. Lu,K. Luebelsmeyer,D. Luckey,W. Lustermann,C. Maña,A. Margotti,F. Mayet,R.R. McNeil,B. Meillon,M. Menichelli,A. Mihul,Ana Mourao,Ari Mujunen,F. Palmonari,A. Papi,I.H Park,M. Pauluzzi,F. Pauss,E. Perrin,A. Pesci,A. Pevsner,M. Pimenta,V. Plyaskin,V. Pozhidaev,V. Postolache,N. Produit,P.G. Rancoita,D. Rapin,F. Raupach,D. Ren,Z. Ren,M. Ribordy,J.P. Richeux,E. Riihonen,Jouko Ritakari,U Roser,C. Rossin,Roald Sagdeev,G. Sartorelli,A. Schultz von Dratzig,G. Schwering,G. Scolieri,E. S. Seo,V. Shoutko,E. Shumilov,R. Siedling,D. C. Son,Tengfei Song,M. Steuer,G.S. Sun,H. Suter,X.W. Tang,Samuel C.C. Ting,S. M. Ting,M. Tornikoski,Jarmo Torsti,J. Trümper,J. Ulbricht,S. Urpo,Ilya G. Usoskin,E. Valtonen,J. Vandenhirtz,F. Velcea,E. Velikhov,B. Verlaat,I. Vetlitsky,F. Vezzu,J. P. Vialle,G. Viertel,D. Vite,H. von Gunten,S. Waldmeier Wicki,W. Wallraff,B.C. Wang,J.Z. Wang,Yi Wang,Kaj Wiik,C. Williams,S.X. Wu,P.C. Xia,J.L. Yan,Limei Yan,Chengqun Yang,Ming Yang,S.W. Ye,P. Yeh,Z.Z. Xu,H.Y. Zhang,Z.P. Zhang,Dawei Zhao,Guohuai Zhu,W.Z. Zhu,H.L. Zhuang,A. Zichichi,B. Zimmermann

The Results of Alpha Magnetic Spectrometer (AMS) experiment in space

2002

B. Alpat
J. Alcaraz
G. Ambrosi
H. Anderhub
L. Ao
A. Arefiev
P. Azzarello
E. Babucci
Luca Baldini
M. Basile
D. Barancourt
F. Barao
G. Barbier
G. Barreira
R. Battiston
R. Becker
U. Becker
L. Bellagamba
P. Bene
J. Berdugo
P. Berges
B. Bertucci
A. Biland
S. Bizzaglia
S. Blasko
G. Boella
M. J. Boschini
M. Bourquin
L. Brocco
G. Bruni
M. Buénerd
J.D. Burger
W.J. Burger
X.D. Cai
C. Camps
P. Cannarsa
M. Capell
D. Casadei
J. Casaus
G. Castellini
C. Cecchi
Y. H. Chang
H. F. Chen
H. S. Chen
Z.G. Chen
N.A. Chernoplekov
Tzihong Chiueh
Y.L. Chuang
F. Cindolo
V. Commichau
A. Contin
P. Crespo
M. Cristinziani
J.P. Da Cunha
T. S. Dai
Jorge Dias de Deus
N. Dinu
L. Djambazov
I.D' Antone
Z.R. Dong
P. Emonet
J. Engelberg
F.J. Eppling
T. Eronen
G. Esposito
P. Extermann
J. Favier
E. Fiandrini
P. H. Fisher
G. Fluegge
N. Fouque
Yu. Galaktionov
M. Gervasi
P. Giusti
D. Grandi
O. Grimm
W.Q. Gu
K. Hangarter
A. Hasan
V. Hermel
H. Hofer
M. Huang
W. Hungerford
M. Ionica
R. Ionica
M. Jongmanns
K. Karlamaa
W. Karpinski
G. Kenney
J. M. Kenny
W. Kim
A. Klimentov
R. Kossakowski
V. Koutsenko
M. Kraber
G. Laborie
T. Laitinen
G. Lamanna
G. Laurenti
A. Lebedev
Shih-Chang Lee
G. Levi
P. Levtchenko
C.L. Liu
Hong-Li Liu
I. Lopes
G. Lu
Y.S. Lu
K. Luebelsmeyer
D. Luckey
W. Lustermann
C. Maña
A. Margotti
F. Mayet
R.R. McNeil
B. Meillon
M. Menichelli
A. Mihul
Ana Mourao
Ari Mujunen
F. Palmonari
A. Papi
I.H Park
M. Pauluzzi
F. Pauss
E. Perrin
A. Pesci
A. Pevsner
M. Pimenta
V. Plyaskin
V. Pozhidaev
V. Postolache
N. Produit
P.G. Rancoita
D. Rapin
F. Raupach
D. Ren
Z. Ren
M. Ribordy
J.P. Richeux
E. Riihonen
Jouko Ritakari
U Roser
C. Rossin
Roald Sagdeev
G. Sartorelli
A. Schultz von Dratzig
G. Schwering
G. Scolieri
E. S. Seo
V. Shoutko
E. Shumilov
R. Siedling
D. C. Son
Tengfei Song
M. Steuer
G.S. Sun
H. Suter
X.W. Tang
Samuel C.C. Ting
S. M. Ting
M. Tornikoski
Jarmo Torsti
J. Trümper
J. Ulbricht
S. Urpo
Ilya G. Usoskin
E. Valtonen
J. Vandenhirtz
F. Velcea
E. Velikhov
B. Verlaat
I. Vetlitsky
F. Vezzu
J. P. Vialle
G. Viertel
D. Vite
H. von Gunten
S. Waldmeier Wicki
W. Wallraff
B.C. Wang
J.Z. Wang
Yi Wang
Kaj Wiik
C. Williams
S.X. Wu
P.C. Xia
J.L. Yan
Limei Yan
Chengqun Yang
Ming Yang
S.W. Ye
P. Yeh
Z.Z. Xu
H.Y. Zhang
Z.P. Zhang
Dawei Zhao
Guohuai Zhu
W.Z. Zhu
H.L. Zhuang
A. Zichichi
B. Zimmermann

Abstract The Alpha Magnetic Spectrometer(AMS) is designed to search for antimatterand dark matter in space. A baseline version of the experiment has successfully flown in June 1998 during ten days precursor flight (STS-91) on board of a space shuttle. The upgraded AMS is in preparation for the installation on International Space Station(ISS). We will report some of the relevant physics results of the first phase.

Keywords:

Nuclear physics
Antimatter
International Space Station
Alpha Magnetic Spectrometer
Dark matter
Space Shuttle
Physics
on board

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