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The HIγS facility is making it possible to perform studies of  few body systems at a new level of accuracy and precision. A study of the  photodisintegration of the deuteron using 100% linearly polarized beams at 14  and 16 MeV has determined the splittings of the three p-wave amplitudes involved  in this process for the rst time. These results show that the relativistic  contributions, which when included in the theory lead to a positive value of the  GDH integrand above 8 MeV, are valid. The near threshold data on the  photodisintegration of the deuteron provide results which are used to extract  the forward spin-polarizability of the deuteron for the rst time. The  experimental value is in good agreement with a recent eective eld theory  calculation. Measurements of the absolute dierential cross section of the 3He(γ,n)pp reaction have been completed at three γ-ray energies. The measurements were made at incident  γ-ray energies of 12.8, 13.5, and 14.7 MeV. It has been found that the shape of  the outgoing neutron energy distribution at a given scattering angle at 12.8 MeV  disagrees with current theoretical predictions. At these energies, the shape is  consistent with a phase-space-only shape. At the higher energies, the  measurements agree with theory

Few-body Studies at the High Intensityγ-Ray Source (HIγS)