目次

Executive summary.- The theory of the three nucleon force.- Three-particle systems at low and intermediate energies.- Electromagnetic observables and the three-body force.- Three-nucleon interaction in nuclei, nuclear and neutron matter.- The bound-state properties summary and recommendations of working group 1.- Three-body forces and nuclear problems.- Many-nucleon forces and currents derived from the explicit treatment of ?-isobar and pion degrees of freedom.- The triton binding-energy problem.- The isospin structure of the 3-nucleon form factors.- The Bates trinucleon experiment — elastic scattering.- Perturbation treatment of three-body forces in the Faddeev equations.- The Sendai triton calculation with three-nucleon potentials.- Three-nucleon three-body force in the context of adiabatic ?NN and ?NNN equations.- Few-body and beyond.- $$\vec n\vec p$$ spin correlation measurements near 50 MeV and the NN force.- Summary and recommendations of working group 2.- The status of continuum Faddeev calculations.- ND elastic scattering, breakup reactions and the search for three-nucleon forces.- Three nucleon force effects in the neutron+deuteron processes.- The N-d doublet scatterinq lengths with three-nucleon forces.- Analyzing power measurements of the n-p final-state interaction in the n-d breakup reaction.- Polarization study of the 3-nucleon $$\vec d + p$$ system.- Three-nucleon photodisintegration and the three-nucleon force.- Search for three-body force effects for the final state interaction and at collinearity in the reaction $$^2 H(\vec p, pp)n$$ at Ep = 14.1 MeV.- Search for M1 and M2 transition strength in 3He by 180° electron scattering.- Photon scattering from few-nucleon systems.- Vector analyzing power data and calculations for nucleon-deuteron elastic scattering from 10 to 14.1 MeV.- A comparison of Faddeev calculations to high-precision d-p elastic-scattering analyzing-power measurements at Ed = 10MeV.- Bound to continuum A-3 states transitions.- Deuteron break-up and three body forces.- Configuration-space continuum calculations.- Status of 3-body studies at the Saskatchewan accelerator laboratory.- Determination of the asymptotic of the D-to-S-state normalization of the 3H and 3He wave functions.- Theoretical status of three-nucleon photonuclear reactions.- Non-relativistic few-body scattering in the SAM approach and the treatment of the Coulomb force.- Collinearity in the reaction p+d?p+p+n at Ep = 7.5 MeV.- Absolute 2H(n,2n)1H cross section in star geometry.- Transitions from bound to continuum three nucleon states: The case of electro-weak reactions.- Analyzing power of the $$^2 H(\vec n, n)d^*$$ (FSI) breakup reaction from 20 to 50 MeV.- Neutron-deuteron elastic scattering in the energy range up to 50 MeV.- Nucleon-deuteron scattering with the Paris nucleon-nucleon potential.- Summary and recommendations of working group 3.- Three-body effects in nucleon-nucleon scattering at medium energy.- Electrodisintegration of 3He with the (e,e?X) reaction.- Many-body effects in inclusive and exclusive electron scattering on 3He.- The 3He spectral function obtained from (p,2p) and (p,pd) reactions.- The Bates trinucleon experiment — inelastic scattering.- ?-Scalino from 3He: Final state interaction, binding effects and three-body forces.- Direct three-nucleon pion-absorption processes in 3He.- Determination of the proton matter form factor of tritium and the neutron matter form factor of 3He.- Photon and pion asymmetries in p + d reactions.- Quasi-elastic electron scattering as a probe of three body structure.- Backward angle T20 in $$\vec d - p$$ elastic scattering and ?? component of the deuteron wave function.- Electrodisintegration of 3He investigated with the (e,e?X) reaction.- The Pauli nuclear mean field equation.- Comparison of the matter form factors of tritium and 3He using ?+ and ?? elastic scattering.- Predictions of the two-nucleon absorption model for A = 3 pionic atoms.- The ambiguity of the weak axial nuclear exchange current and the many body force.- Summary and recommendations of working group 4.- Quark induced three body forces.- Multi-quark correlations in nuclei.- The HQH model for two- and three-nucleon systems a progress report.- Past and future of high Q 2 3 body physics at SLAC.- Electromagnetic physics with a polarized 3He target.- Monochromatic and polarized gamma ray beams for the study of the three body system.- Relativistic particle quantum dynamics and three-body forces in the three-nucleon system.- Relativistic spin effects and three-body forces in P-D scattering.- Polarized target double and triple spin correlation parameters in elastic proton-deuteron scattering.- A minimal relativistic model for the three nucleon system.- Quark-model perspectives on three-nucleon forces in nuclear physics.- Three-body forces in the quark model.- The three-body force in the three-nucleon system.