A Description Of Neilson-Kollosh Ghosts

Gravity is caused by the kinematic relationship between gravitational particles and superstrings via the Rarita Structure via an amplitudinal projection known as the Ricci Scalar. Gravitational particles are gravitons and gravitinos. Gravitons are the angular momentum eigenstates of the motion of gravitational particles, and gravitinos are the spin-orbital momentum eigenstates of the motion of gravitational particles. Gravitational particles are Njenhuisly vibrating bosons that may travel via a sequential series of iterations in either a transversal and/or a radial manner from outside of the Real Reimmanian plane. Gravitational particles, via a Fourier Transform, displace the adjacent point particles that bear a field repulsion due to the directoral delineations of the said gravitons and gravitinos in such a manner so as to forms a physical memory of where and how the associated gravitational particles have kinematically differentiated over a sequential series of instantons that involve a Noether and/or a tachyonic flow of such Njenhuisly vibrating bosons. such a physical memory forms ghosts of the momentum of such related eigenstates, and the field trajectory of a graviton is a gravitino and vice-versa. The momentum of a superstring is a Hamiltonian Operation. The ghosts or physical memory of the Hamiltonian delineations of gravitational particles, as formed by the flow and/or perturbation of the field of such gravitational particles via the torque of the wave-tug of the associated mini-string that comprise the gravitational particles are known as Neilson-Kollosh ghosts. Such ghosts are of the Hamiltonian operator of discrete units of gravity as described by the sequential series of iterations that form the Hamiltonian operation of gravitational particles. Thus, the mapping out of the related Hamiltonian Operand here is the field delineation of gravitational particles is the eigenbasis of Neilson-Kollosh ghosts.