Josef Speth – författare

The International Conference on Quark Nuclear Physics 2002 (QNP2002) was held in the Forschungszentrum Jiilich from June 9 to 14, 2002. It was organized by the Institute of Nuclear Physics (IKP) at the Forschungszentrum Jiilich, together with the Universities of Bonn und Mainz. This meeting takes place every two years, and was the successor to QNP2000 which was held in Adelaide. QNP2002 brought together about 200 scientists from 25 countries who met for their scientific work in the Forschungszentrum, but spent their free time in the medieval city of Aachen, the former capital of Charles the Great. The particular feature of this conference is that it provides a comprehensive overview of the at­ tempts in understanding hadrons and nuclei, including dense matter, in terms of their fundamental constituents, the quarks and the gluons. One of the basic themes of the program was that fact that we do have an underlying theory of strongly interacting particles, namely the QCD. For that rea­ son, the experimental topics covered during the meeting ranged from precision measurements with hadronic and electromagnetic probes to ultra-relativistic heavy-ion reactions. Correspondingly, the theoretical topics spanned an equally wide range, including perturbative and lattice QCD calcu­ lations as well as effective theories and QCD motivated quark models. In the morning sessions invited reviews were given. In the afternoon twelve topical parallel sessions, directed by conveners, summarized the newest research results.

The International Conference on Quark Nuclear Physics 2002 (QNP2002) was held in the Forschungszentrum Jiilich from June 9 to 14, 2002. It was organized by the Institute of Nuclear Physics (IKP) at the Forschungszentrum Jiilich, together with the Universities of Bonn und Mainz. This meeting takes place every two years, and was the successor to QNP2000 which was held in Adelaide. QNP2002 brought together about 200 scientists from 25 countries who met for their scientific work in the Forschungszentrum, but spent their free time in the medieval city of Aachen, the former capital of Charles the Great. The particular feature of this conference is that it provides a comprehensive overview of the at­ tempts in understanding hadrons and nuclei, including dense matter, in terms of their fundamental constituents, the quarks and the gluons. One of the basic themes of the program was that fact that we do have an underlying theory of strongly interacting particles, namely the QCD. For that rea­ son, the experimental topics covered during the meeting ranged from precision measurements with hadronic and electromagnetic probes to ultra-relativistic heavy-ion reactions. Correspondingly, the theoretical topics spanned an equally wide range, including perturbative and lattice QCD calcu­ lations as well as effective theories and QCD motivated quark models. In the morning sessions invited reviews were given. In the afternoon twelve topical parallel sessions, directed by conveners, summarized the newest research results.

"Physics at KAON", an international meeting jointly organized by the KFA Jillich and TRI­ UMF, was held in the Physikzentrum Bad Honnef from June 7 through June 9, 1989. This was one of a series of meetings - the first one in Europe - in which plans for the medium energy physics laboratory KAON were presented and some aspects of the physics at this new facility were discussed. The meeting focussed mainly on the topics of hadron spectroscopy, J{ -meson scattering, strangeness in nuclei, and rare decays. Also presented were some of the research programs at SATURNE and COSY which may well lead to KAON physics in the future. These proceed­ ings include articles which summarize our current experimental and theoretical knowledge in the various areas, as well as papers which describe lines of research feasible with KAON. The large number of participants - limited, in fact, by the capacity of the Physikzentrum - clearly demonstrates the great interest of the European physics community in the research avenues which will be opened by the high-intensity hadron facilities. March 1990 D. Frekers, D.R. Gill, J. Speth Contents Opening remarks By E. Vogt ...................................................... Sl The TRIUMF kaon factory accelerators By M.K. Craddock ................................................ S3 Experimental facilities By P. Kitching ................................................... S9 Polarized internal targets at KAON By C.A. Miller ................................................... S21 Hyperons in the bound state approach to the Skyrme model.

"Physics at KAON", an international meeting jointly organized by the KFA Jillich and TRI­ UMF, was held in the Physikzentrum Bad Honnef from June 7 through June 9, 1989. This was one of a series of meetings - the first one in Europe - in which plans for the medium energy physics laboratory KAON were presented and some aspects of the physics at this new facility were discussed. The meeting focussed mainly on the topics of hadron spectroscopy, J{ -meson scattering, strangeness in nuclei, and rare decays. Also presented were some of the research programs at SATURNE and COSY which may well lead to KAON physics in the future. These proceed­ ings include articles which summarize our current experimental and theoretical knowledge in the various areas, as well as papers which describe lines of research feasible with KAON. The large number of participants - limited, in fact, by the capacity of the Physikzentrum - clearly demonstrates the great interest of the European physics community in the research avenues which will be opened by the high-intensity hadron facilities. March 1990 D. Frekers, D.R. Gill, J. Speth Contents Opening remarks By E. Vogt ...................................................... Sl The TRIUMF kaon factory accelerators By M.K. Craddock ................................................ S3 Experimental facilities By P. Kitching ................................................... S9 Polarized internal targets at KAON By C.A. Miller ................................................... S21 Hyperons in the bound state approach to the Skyrme model.