The recent breakthroughs in the technology of polarised targets have enabled a new generation of meson photo‐production experiments to be carried out. A measurement of a full set of polarisation observables off both polarised proton and neutron targets and in a large number of meson‐production channels has come within sight. Such a measurement would very significantly reduce model‐dependence in the analysis of the data and thus has the potential to resolve long‐standing issues, such as the “missing resonance” problem, and shed new light on the nucleon excitation spectrum. This has formed the motivation for the recent N* experimental programme of CLAS
The study of the properties of the baryon resonances gives essential constraints on models for nucle...
Meson photoproduction is an important tool in the study of nucleon resonances. The spectrum of broad...
Recent experiments using the Crystal Ball/TAPS setup at the MAMI accelerator in Mainz, Germany conti...
The recent breakthroughs in the technology of polarised targets have enabled a new generation of mes...
One of the remaining challenges within the standard model is to gain a good understanding of QCD in ...
The study of nucleon resonances in electromagnetic meson production with the CLAS detector is discus...
This thesis presents the first, preliminary, measurements of the Σ and G polarisation observables fr...
The study of nucleon resonances in electromagnetic meson production with the CLAS detector is discus...
The study of nucleon resonances in electromagnetic meson production with the CLAS detector is discus...
Establishing the excitation spectrum of the nucleon would be a key advance to further our understan...
Meson photoproduction has developed into a powerful tool to study the nucleon excitation spectrum an...
The N* programme at CLAS in Jefferson Lab is dedicated to the study of the spectrum of baryon resona...
We report a first measurement of the double-polarisation observable, Cx′, in π+ photoproduction off ...
Meson photoproduction is an important tool in the study of nucleon resonances. The spectrum of broad...
In order to further study and expand the kinematic coverage of polarisation observ-ables in pseudosc...
The study of the properties of the baryon resonances gives essential constraints on models for nucle...
Meson photoproduction is an important tool in the study of nucleon resonances. The spectrum of broad...
Recent experiments using the Crystal Ball/TAPS setup at the MAMI accelerator in Mainz, Germany conti...
The recent breakthroughs in the technology of polarised targets have enabled a new generation of mes...
One of the remaining challenges within the standard model is to gain a good understanding of QCD in ...
The study of nucleon resonances in electromagnetic meson production with the CLAS detector is discus...
This thesis presents the first, preliminary, measurements of the Σ and G polarisation observables fr...
The study of nucleon resonances in electromagnetic meson production with the CLAS detector is discus...
The study of nucleon resonances in electromagnetic meson production with the CLAS detector is discus...
Establishing the excitation spectrum of the nucleon would be a key advance to further our understan...
Meson photoproduction has developed into a powerful tool to study the nucleon excitation spectrum an...
The N* programme at CLAS in Jefferson Lab is dedicated to the study of the spectrum of baryon resona...
We report a first measurement of the double-polarisation observable, Cx′, in π+ photoproduction off ...
Meson photoproduction is an important tool in the study of nucleon resonances. The spectrum of broad...
In order to further study and expand the kinematic coverage of polarisation observ-ables in pseudosc...
The study of the properties of the baryon resonances gives essential constraints on models for nucle...
Meson photoproduction is an important tool in the study of nucleon resonances. The spectrum of broad...
Recent experiments using the Crystal Ball/TAPS setup at the MAMI accelerator in Mainz, Germany conti...