The d(e, e'p)N∗ process as a tool for the study of the 6q-structure of the deuteron

The 6q deuteron wave function s4p2 configuration are shown to lead directly to the occurence of excited nucleons (resonances) N 1 2 + ∗ (1570), N 1 2 − (1535) , etc. as subsystems. It is prodpsed to examine the 6q-structure directly using the d(e, e'p)N∗ process. The spectroscopic factors and momentum distributions for the process are calculated.