Prospects for Diffractive and Forward Physics at the LHC

Albrow, M; Antchev, G; Arneodo, M; Avati, V; Bartalini, P; Berardi, V; Bottigli, U; Bozzo, M; Brucken, E; Burtovoy, V; Buzzo, A; Calicchio, M; Capurro, F; Catanesi, M G; Catastini, P; Ciocci, M A; Croft, R; D'Enterria, D G; Datsko, K; De Favereau De Jeneret, J; De Jesus Damiao, D; de Roeck, A; De Wolf, E A; Deile, M; Eggert, K; Engel, R; Erhan, S; Ferro, F; García-Fuertes, W; Geist, W; Grothe, M; Guillaud, J P; Hees, A; Heino, J; Hilden, T; Kalliopuska, J; Kaspar, J; Katsas, P; Kim, V; Klyukhin, V; Kundrát, V; Kurvinen, K; Kuznetsov, A; Lami, S; Lamsa, J; Latino, G; Lauhakanga, R; Lippmaa, E; Lippmaa, J; Liu, Y; Lo Vetere, M; Loginov, A; Lokajícek, M; Lucas Rodriguez, F; Macri, M; Meucci, M; Minutoli, S; Mnich, J; Moussienko, I; Murray, M; Mäki, T; Niewiadomski, H; Noschis, E; Notarnicola, G; Ochesanu, S; Oliveri, E; Oljemark, F; Orava, R; Oriunno, M; Ottela, M; Ovyn, S; Palazzi, P; Panagiotou, A D; Paoletti, R; Petrov, V; Pierzchala, T; Piotrzkowski, K; Popov, V; Radermacher, E; Radicioni, E; Rella, G; Reucroft, S; Robutti, E; Ropelewski, Leszek; Rouby, X; Ruggiero, G; Rummel, A; Ruspa, M; Ryutin, R; Saarikko, H; Sanguinetti, G; Santoro, A F S; Santroni, A; Sarkisyan-Grinbaum, E; Sarycheva, L; Schilling, F P; Schlein, P E; Scribano Memoria, A; Sette, G; Snoeys, W; Snow, G R; Sobol, A; Solano, A; Spinella, F; Squillacioti, P; Swain, J; Sznajder, A; Tasevsky, M; Taylor, C C; Torp, F; Trummal, A; Turini, N; Van Der Donckt, M; Van Mechelen, P; Van Remortel, N; Vilela-Pereira, A; Whitmore, J; Zaborov, D; Österberg, K

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Prospects for Diffractive and Forward Physics at the LHC

Authors: M Albrow
G Antchev
M Arneodo
V Avati
P Bartalini
V Berardi
U Bottigli
M Bozzo
E Brucken
V Burtovoy
A Buzzo
M Calicchio
F Capurro
M G Catanesi
P Catastini
M A Ciocci
R Croft
D G D'Enterria
K Datsko
J De Favereau De Jeneret
D De Jesus Damiao
A de Roeck
E A De Wolf
M Deile
K Eggert
R Engel
S Erhan
F Ferro
W García-Fuertes
W Geist
M Grothe
J P Guillaud
A Hees
J Heino
T Hilden
J Kalliopuska
J Kaspar
P Katsas
V Kim
V Klyukhin
V Kundrát
K Kurvinen
A Kuznetsov
S Lami
J Lamsa
G Latino
R Lauhakanga
E Lippmaa
J Lippmaa
Y Liu
M Lo Vetere
A Loginov
M Lokajícek
F Lucas Rodriguez
M Macri
M Meucci
S Minutoli
J Mnich
I Moussienko
M Murray
T Mäki
H Niewiadomski
E Noschis
G Notarnicola
S Ochesanu
E Oliveri
F Oljemark
R Orava
M Oriunno
M Ottela
S Ovyn
P Palazzi
A D Panagiotou
R Paoletti
V Petrov
T Pierzchala
K Piotrzkowski
V Popov
E Radermacher
E Radicioni
G Rella
S Reucroft
E Robutti
Leszek Ropelewski
X Rouby
G Ruggiero
A Rummel
M Ruspa
R Ryutin
H Saarikko
G Sanguinetti
A F S Santoro
A Santroni
E Sarkisyan-Grinbaum
L Sarycheva
F P Schilling
P E Schlein
A Scribano Memoria
G Sette
W Snoeys
G R Snow
A Sobol
A Solano
F Spinella
P Squillacioti
J Swain
A Sznajder
M Tasevsky
C C Taylor
F Torp
A Trummal
N Turini
M Van Der Donckt
P Van Mechelen
N Van Remortel
A Vilela-Pereira
J Whitmore
D Zaborov
K Österberg
Publication date: 21 December 2006
Publisher

Abstract

The CMS and TOTEM experiments intend to carry out a joint diffractive/forward physics program with an unprecedented rapidity coverage. The present document outlines some aspects of such a physics program, which spans from the investigation of the low-x structure of the proton to the diffractive production of a SM or MSSM Higgs boson

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