Searching for solar KDAR with DUNE
A Abed Abud,
B Abi,
R Acciarri,
MA Acero,
MR Adames,
G Adamov,
D Adams,
M Adinolfi,
A Aduszkiewicz,
J Aguilar,
Z Ahmad,
J Ahmed,
B Ali-Mohammadzadeh,
T Alion,
K Allison,
S Alonso Monsalve,
M Alrashed,
C Alt,
A Alton,
P Amedo,
J Anderson,
C Andreopoulos,
M Andreotti,
MP Andrews,
F Andrianala,
S Andringa,
N Anfimov,
A Ankowski,
M Antoniassi,
M Antonova,
A Antoshkin,
S Antusch,
A Aranda-Fernandez,
A Ariga,
LO Arnold,
MA Arroyave,
J Asaadi,
L Asquith,
A Aurisano,
V Aushev,
D Autiero,
M Ayala-Torres,
F Azfar,
A Back,
H Back,
JJ Back,
C Backhouse,
P Baesso,
I Bagaturia,
L Bagby,
N Balashov,
S Balasubramanian,
P Baldi,
B Baller,
B Bambah,
F Barao,
G Barenboim,
GJ Barker,
W Barkhouse,
C Barnes,
G Barr,
J Barranco Monarca,
A Barros,
N Barros,
JL Barrow,
A Basharina-Freshville,
A Bashyal,
V Basque,
E Belchior,
JBR Battat,
F Battisti,
F Bay,
JL Bazo Alba,
JF Beacom,
E Bechetoille,
B Behera,
L Bellantoni,
G Bellettini,
V Bellini,
O Beltramello,
D Belver,
N Benekos,
C Benitez Montiel,
F Bento Neves,
J Berger,
S Berkman,
P Bernardini,
RM Berner,
H Berns,
S Bertolucci,
M Betancourt,
A Betancur Rodríguez,
A Bevan,
TJC Bezerra,
V Bhatnagar,
M Bhattacharjee,
S Bhuller,
B Bhuyan,
S Biagi,
J Bian
Oct 22, 2021
Abstract: The observation of 236 MeV muon neutrinos from kaon-decay-at-rest (KDAR) originating in the core of the Sun would provide a unique signature of dark matter annihilation. Since excellent angle and energy reconstruction...