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Search for the rare decay D0→μ+μ-
Authors
R Aaij
C Abellan Beteta
+98 more
B Adeva
M Adinolfi
C Adrover
A Affolder
Z Ajaltouni
J Albrecht
F Alessio
M Alexander
S Ali
G Alkhazov
P Alvarez Cartelle
AA Alves
S Amato
S Amerio
Y Amhis
L Anderlini
J Anderson
R Andreassen
RB Appleby
O Aquines Gutierrez
F Archilli
A Artamonov
M Artuso
E Aslanides
G Auriemma
S Bachmann
JJ Back
C Baesso
V Balagura
W Baldini
RJ Barlow
C Barschel
S Barsuk
W Barter
T Bauer
A Bay
J Beddow
F Bedeschi
I Bediaga
S Belogurov
K Belous
I Belyaev
E Ben-Haim
G Bencivenni
S Benson
J Benton
A Berezhnoy
R Bernet
MO Bettler
A Bien
S Bifani
T Bird
A Bizzeti
PM Bjørnstad
T Blake
F Blanc
J Blouw
S Blusk
V Bocci
A Bondar
N Bondar
W Bonivento
S Borghi
A Borgia
TJV Bowcock
E Bowen
C Bozzi
T Brambach
J Bressieux
D Brett
M Britsch
T Britton
NH Brook
H Brown
I Burducea
A Bursche
G Busetto
J Buytaert
S Cadeddu
O Callot
M Calvi
M Calvo Gomez
A Camboni
P Campana
D Campora Perez
A Carbone
G Carboni
R Cardinale
A Cardini
H Carranza-Mejia
L Carson
K Carvalho Akiba
G Casse
L Castillo Garcia
M Cattaneo
C Cauet
M van Beuzekom
J van den Brand
Publication date
16 July 2013
Publisher
eScholarship, University of California
Abstract
A search for the rare decay D →μ μ is performed using a data sample, corresponding to an integrated luminosity of 0.9fb , of pp collisions collected at a centre-of-mass energy of 7 TeV by the LHCb experiment. The observed number of events is consistent with the background expectations and corresponds to an upper limit of B(D0→μ+μ-)<6.2(7.6)×10-9 at 90% (95%) confidence level. This result represents an improvement of more than a factor twenty with respect to previous measurements. © 2013 CERN. 0 + - -
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Last time updated on 25/12/2021