COMPASS at CERN is preparing for a new series of measurements on the nucleon structure comprising deep virtual Compton scattering and hard exclusive meson production using muon beams, as well as Drell-Yan reactions using a polarised proton target and a negative pion beam. The former will mainly constrain the generalised parton distribution H and determine the transverse size of the nucleon, while the latter measurements will provide information on transverse-momentum dependent parton distribution functions. The projected results of the programme and the necessary hardware upgrades are discussed
The COMPASS experiment, at CERN SPS, has been compiling for more than a decade successful and precis...
The COMPASS experiment at CERN studies the spin structure of the nucleon, using its unique polarized...
This paper presents the reactions which can be performed at COMPASS to study the Generalized Parton ...
COMPASS at CERN is preparing for a new series of measurements on the nucleon structure comprising de...
The COMPASS experiment at CERN uses hadron and lepton beams for nucleon structure studies. Most of t...
After successfully running since several years with polarized muon and hadron beams to study the sp...
for the COMPASS Collaboration A proposal to the CERN scientific committees concerning COMPASS future...
Abstract. After successfully running since several years with polarized muon and hadron beams to stu...
The lecture discusses the COMPASS experiment at Cern performing deep inelastic scattering of polaris...
The COMPASS experiment at CERN uses either muon or hadron beams with a longitudinally or transversel...
A major part of the future COMPASS program [1] is dedicated to the study of Deeply Virtual Compton S...
This paper presents the reactions which can be performed at COMPASS to study the Generalized Parton ...
The COMPASS experiment at CERN has been contributing to the description of the nucleon spin structur...
A first indication of the COMPASS future plans with possible time lines was provided to the CERN/SPC...
COMPASS is a new fixed target experiment presently in operation at CERN. It consists of a modern two...
The COMPASS experiment, at CERN SPS, has been compiling for more than a decade successful and precis...
The COMPASS experiment at CERN studies the spin structure of the nucleon, using its unique polarized...
This paper presents the reactions which can be performed at COMPASS to study the Generalized Parton ...
COMPASS at CERN is preparing for a new series of measurements on the nucleon structure comprising de...
The COMPASS experiment at CERN uses hadron and lepton beams for nucleon structure studies. Most of t...
After successfully running since several years with polarized muon and hadron beams to study the sp...
for the COMPASS Collaboration A proposal to the CERN scientific committees concerning COMPASS future...
Abstract. After successfully running since several years with polarized muon and hadron beams to stu...
The lecture discusses the COMPASS experiment at Cern performing deep inelastic scattering of polaris...
The COMPASS experiment at CERN uses either muon or hadron beams with a longitudinally or transversel...
A major part of the future COMPASS program [1] is dedicated to the study of Deeply Virtual Compton S...
This paper presents the reactions which can be performed at COMPASS to study the Generalized Parton ...
The COMPASS experiment at CERN has been contributing to the description of the nucleon spin structur...
A first indication of the COMPASS future plans with possible time lines was provided to the CERN/SPC...
COMPASS is a new fixed target experiment presently in operation at CERN. It consists of a modern two...
The COMPASS experiment, at CERN SPS, has been compiling for more than a decade successful and precis...
The COMPASS experiment at CERN studies the spin structure of the nucleon, using its unique polarized...
This paper presents the reactions which can be performed at COMPASS to study the Generalized Parton ...