A relativistic model for α-nucleus elastic scattering

Remarks on the Spin-One Duffin-Kemmer-Petiau Equation in the Presence of Nonminimal Vector Interactions in(3+1)Dimensions

“…On the other hand, for states of (−1) j+1 parity, the relevant differential equations are the eqs. (25), (26), (27), (28), (31) and (32). Similarly to the previous case, the other four radial wave functions are zero.…”

The spin-one DKP Equation with a nonminimal vector interaction in the presence of minimal uncertainty in momentum

“…If the nonminimal vector potential is invariant under charge conjugation, then, one can not discriminate the particle from its antiparticle [20]. Since the DKPe, unlike from KG and Proca equations, allows the nonminimal couplings, it is extensively examined by considering several Lorentz structures [2,7,15,23,51,53], and potential energies [6,37,38,40,58,59].…”

Investigation of DKP equation for spin-zero system in the presence of Gödel-type background space-time

“…The first-order relativistic DKP equation has been used to study the interactions of spinless mesons with nuclei [31]. There have been made valuable efforts using the DKP equation such as deuteronnucleus scattering using the DKP equation, motivated by the fact that this theory suggests a spin-1 structure from combining two spin-1 2 [32]: study of the meson-nuclear interaction and the relativistic model of α-nucleus elastic scattering [33,34], investigation of the DKP equation, with equally vector and scalar potentials for the general deformed Morse potential, obtaining creation and annihilation operators that showed these operators satisfied the commutation relation of the SU (1, 1) group [35], study of the DKP equation in the presence of external electromagnetic fields in FriedmannRobertson-Walker metric [36] and with a time-dependent interaction [37].…”