Javascript must be enabled to continue!
Studies of hadronic showers in SND@LHC
View through CrossRef
Abstract
The SND@LHC experiment was built for observing neutrinos
arising from LHC pp collisions. The detector consists of two
sections: a target instrumented with SciFi modules and a hadronic
calorimeter/muon detector. Energetic νN collisions in the target
produce hadronic showers. Reconstruction of the shower total energy
requires an estimate of the fractions deposited in both the target
and the calorimeter. In order to calibrate the SND@LHC response, a
replica of the detector was exposed to hadron beams with 100 to
300 GeV in the CERN SPS H8 test beam line in Summer 2023. This
report describes the methods developed to tag the presence of a
shower, to locate the shower origin in the target, and to combine
the target SciFi and the calorimeter signals so to measure the
shower total energy.
IOP Publishing
D. Abbaneo
S. Ahmad
R. Albanese
A. Alexandrov
F. Alicante
F. Aloschi
K. Androsov
A. Anokhina
C. Asawatangtrakuldee
M.A. Ayala Torres
N. Bangaru
C. Battilana
A. Bay
A. Bertocco
C. Betancourt
D. Bick
R. Biswas
A. Blanco Castro
V. Boccia
M. Bogomilov
D. Bonacorsi
W.M. Bonivento
P. Bordalo
A. Boyarsky
S. Buontempo
V. Cafaro
M. Campanelli
T. Camporesi
V. Canale
D. Centanni
F. Cerutti
V. Chariton
M. Chernyavskiy
A. Chiuchiolo
K.-Y. Choi
F. Cindolo
M. Climescu
A. Crupano
G.M. Dallavalle
N. D'Ambrosio
D. Davino
R. de Asmundis
P.T. de Bryas
G. De Lellis
M. de Magistris
G. De Marzi
S. De Pasquale
A. De Roeck
A. De Rújula
D. De Simone
H. De Souza Santos
M.A. Diaz Gutierrez
A. Di Crescenzo
C. Di Cristo
D. Di Ferdinando
C. Dinc
R. Donà
O. Durhan
D. Fasanella
O. Fecarotta
F. Fedotovs
M. Ferrillo
A. Fiorillo
R. Fresa
N. Funicello
W. Funk
G. Galati
V. Giordano
A. Golutvin
E. Graverini
L. Guiducci
A.M. Guler
V. Guliaeva
G.J. Haefeli
C. Hagner
J.C. Helo Herrera
E. van Herwijnen
A. Iaiunese
P. Iengo
S. Ilieva
S.A. Infante Cabanas
A. Infantino
A. Iuliano
C. Kamiscioglu
A.M. Kauniskangas
E. Khalikov
S.H. Kim
Y.G. Kim
G. Klioutchnikov
M. Komatsu
N. Konovalova
S. Kuleshov
H.M. Lacker
O. Lantwin
F. Lasagni Manghi
A. Lauria
K.Y. Lee
K.S. Lee
W.-C. Lee
V.P. Loschiavo
A. Margiotta
A. Mascellani
M. Majstorovic
F. Mei
A. Miano
A. Mikulenko
M.C. Montesi
D. Morozova
F.L. Navarria
W. Nuntiyakul
S. Ogawa
N. Okateva
M. Ovchynnikov
G. Paggi
A. Perrotta
D. Podgrudkov
N. Polukhina
F. Primavera
A. Prota
A. Quercia
S. Ramos
A. Reghunath
T. Roganova
F. Ronchetti
T. Rovelli
O. Ruchayskiy
T. Ruf
Z. Sadykov
M. Samoilov
V. Scalera
W. Schmidt-Parzefall
O. Schneider
G. Sekhniaidze
N. Serra
M. Shaposhnikov
V. Shevchenko
T. Shchedrina
L. Shchutska
H. Shibuya
G.P. Siroli
G. Sirri
G. Soares
J.Y. Sohn
O.J. Soto Sandoval
M. Spurio
N. Starkov
J. Steggemann
D. Strekalina
I. Timiryasov
V. Tioukov
C. Trippl
E. Ursov
A. Ustyuzhanin
G. Vankova-Kirilova
G. Vasquez
V. Verguilov
N. Viegas Guerreiro Leonardo
L.A. Viera Lopes
C. Vilela
C. Visone
R. Wanke
S. Yamamoto
E. Yaman
Z. Yang
C. Yazici
S.M. Yoo
C.S. Yoon
E. Zaffaroni
J. Zamora Saa
Title: Studies of hadronic showers in SND@LHC
Description:
Abstract
The SND@LHC experiment was built for observing neutrinos
arising from LHC pp collisions.
The detector consists of two
sections: a target instrumented with SciFi modules and a hadronic
calorimeter/muon detector.
Energetic νN collisions in the target
produce hadronic showers.
Reconstruction of the shower total energy
requires an estimate of the fractions deposited in both the target
and the calorimeter.
In order to calibrate the SND@LHC response, a
replica of the detector was exposed to hadron beams with 100 to
300 GeV in the CERN SPS H8 test beam line in Summer 2023.
This
report describes the methods developed to tag the presence of a
shower, to locate the shower origin in the target, and to combine
the target SciFi and the calorimeter signals so to measure the
shower total energy.
Related Results
Avaliação de procedimentos de boas práticas em Serviços de Nutrição e Dietética hospitalares
Avaliação de procedimentos de boas práticas em Serviços de Nutrição e Dietética hospitalares
O Serviço de Nutrição e Dietética (SND) hospitalar deve estar atento à produção de refeições seguras, visto que são destinadas a pacientes com imunidade baixa, mais propensos a des...
Searches for new physics at SND@LHC
Searches for new physics at SND@LHC
Abstract
SND@LHC is an approved experiment equipped to detect scatterings of neutrinos produced in the far-forward direction at the LHC, and aimed to measure t...
Results and Perspectives from the First Two Years of Neutrino Physics at the LHC by the SND@LHC Experiment
Results and Perspectives from the First Two Years of Neutrino Physics at the LHC by the SND@LHC Experiment
After rapid approval and installation, the SND@LHC Collaboration was able to gather data successfully in 2022 and 2023. Neutrino interactions from νμs originating at the LHC IP1 we...
Symptomatic Bradycardia In CAD Patient: Which One First To Treat?
Symptomatic Bradycardia In CAD Patient: Which One First To Treat?
Background: The incidence of sinus node dysfunction (SND) increases with age. Likewise, the incidence of coronary artery disease (CAD) has increased from year to year in Indonesia....
US contribution to the High Luminosity LHC Upgrade: focusing quadrupoles and crab cavities
US contribution to the High Luminosity LHC Upgrade: focusing quadrupoles and crab cavities
Abstract
In the early 2000’s, the US High Energy Physics community contributing to the Large Hadron Collider (LHC) launched the LHC Accelerator R&D Program (LARP...
Unknown sibling showers of comets C/1992 W1 (Ohshita) and C/1853 G1 (Schweizer)
Unknown sibling showers of comets C/1992 W1 (Ohshita) and C/1853 G1 (Schweizer)
We present the results of modeling the meteoroids streams of two long-period comets, C/1992 W1 (Ohshita) and C/1853 G1 (Schweizer). The streams of both comets create at least two m...
Main parameters of extensive air showers at mountain altitudes
Main parameters of extensive air showers at mountain altitudes
In high-energy physics one of the main directions is extensive air showers (EAS). This phenomenon currently remains poorly studied: scientists do not know the nature of their occur...
LHC Upgrades in preparation of Run 3
LHC Upgrades in preparation of Run 3
Abstract
The Large Hadron Collider (LHC) Long Shutdown 2
(2019–2021), following LHC Run 2, was primarily dedicated to the
upgrade of the LHC Injectors but it inc...

