This paper presents the reactions which can be performed at COMPASS to study the Generalized Parton Distributions (GPDs). The high energy muon beam at CERN allows to measure Hard Exclusive Meson Production or Deeply Virtual Compton Scattering (DVCS) in the Bjorken regime in a large range of Q 2 and x Bj (1.5 ≤ Q 2≤ 7.5 GeV 2 and 0.03 ≤ x Bj ≤ 0.25). Exploratory measurements dedicated to ρ 0 or π 0 production can be investigated with the present setup. DVCS measurement require an upgrade of the COMPASS setup
The high energy polarised muon beam available at CERN with the option of using positive or negative ...
The high energies available at CERN and the option of using either positive or negative polarized mu...
Understanding the nucleon structure remains one of the key challenges of nuclear physics. The Genera...
This paper presents the reactions which can be performed at COMPASS to study the Generalized Parton ...
Deeply virtual Compton scattering is a very suitable tool to learn about generalized parton distribu...
The measurement of generalized parton distributions will allow to obtain a three-dimensional picture...
Generalized parton distributions can be probed in hard exclusive meson scattering and deeply virtual...
A major part of the future COMPASS program is dedicated to the study of Deeply Virtual Compton Scatt...
A major part of the future COMPASS program [1] is dedicated to the study of Deeply Virtual Compton S...
One of the goals of the COMPASS experimental program is the measurement of exclusive processes. The ...
The high energies available at CERN, and the option of using either positive or negative polarized m...
The key reactions to study the Generalised Parton Distributions are Deeply Virtual Compton Scatterin...
Utilizing the 160 GeV/c polarized muon beams provided by the CERN SPS, COMPASS studies the Generaliz...
Deeply Virtual Compton Scattering is a clean way to access the Generalized Parton Distributions of t...
COMPASS at CERN is preparing for a new series of measurements on the nucleon structure comprising de...
The high energy polarised muon beam available at CERN with the option of using positive or negative ...
The high energies available at CERN and the option of using either positive or negative polarized mu...
Understanding the nucleon structure remains one of the key challenges of nuclear physics. The Genera...
This paper presents the reactions which can be performed at COMPASS to study the Generalized Parton ...
Deeply virtual Compton scattering is a very suitable tool to learn about generalized parton distribu...
The measurement of generalized parton distributions will allow to obtain a three-dimensional picture...
Generalized parton distributions can be probed in hard exclusive meson scattering and deeply virtual...
A major part of the future COMPASS program is dedicated to the study of Deeply Virtual Compton Scatt...
A major part of the future COMPASS program [1] is dedicated to the study of Deeply Virtual Compton S...
One of the goals of the COMPASS experimental program is the measurement of exclusive processes. The ...
The high energies available at CERN, and the option of using either positive or negative polarized m...
The key reactions to study the Generalised Parton Distributions are Deeply Virtual Compton Scatterin...
Utilizing the 160 GeV/c polarized muon beams provided by the CERN SPS, COMPASS studies the Generaliz...
Deeply Virtual Compton Scattering is a clean way to access the Generalized Parton Distributions of t...
COMPASS at CERN is preparing for a new series of measurements on the nucleon structure comprising de...
The high energy polarised muon beam available at CERN with the option of using positive or negative ...
The high energies available at CERN and the option of using either positive or negative polarized mu...
Understanding the nucleon structure remains one of the key challenges of nuclear physics. The Genera...