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The pre-equilibrium proton induced emission of light complex nuclei with energies in the continuum  has been studied comprehensively for many years. Double–differential cross sections and especially analyzing  power distributions are typical of an intranuclear nucleon-nucleon multistep statistical reaction mechanism. The  final stage of the reaction may be a result of a direct pickup or knockout of the ejectile. The discussion on this  subject continues to be a hot topic for both theoretical and experimental investigations. In this paper the results  from the latest studies of the inclusive (p→$\vec p$, α) reactions on 59Co to the continuum will be reported. The formalism  based on the statistical multistep direct emission formulation of Feshbach, Kerman and Koonin is found to give  a reasonably good reproduction of cross section and analyzing power distributions at various emission energies.  Special attention will be paid to the details of the calculations

59Co($\vec p$,α) reaction at 100 MeV incident energy – statistical multistep direct reaction into the continuum of outgoing energies

⁵⁹Co($\vec p$,α) reaction at 100 MeV incident energy – statistical multistep direct reaction into the continuum of outgoing energies