Multicluster dynamic model for light nuclei and its verification in strong and electromagnetic interactions

The multicluster dynamic model with Pauli-projecting (MDMP) proposed earlier for light nuclei is discussed. Under an appropriate antisymmetrization, the model appears to be very advantageous over the conventional RGM-approach in that the former is much simpler and more lucid in formulations and in practical calculations. The model makes it also possible to use realistic and exact (instead of effective) nuclear forces and realistic wave functions (w.f.) of clusters, admits a ready generalization to the case of multiparticle scattering channels and, contrary to RGM, permits the pure correlational and exchange effects to be separated clearly when calculating diverse processes. The model is shown to permit a physically-clear and completely-microscopic unified approach to the theory of light nuclei. (author)