Spatial Dimensionality Of Neutrinos

 The spatial dimensionality of neutrinos, involves both a Riemannian Component and a Nijenhuis Component. The Riemannian Component of neutrinos, may occasionally be dimensionless. (The Riemannian Component of the spatial dimensionality of neutrinos, may occasionally work to exhibit zero spatial dimensions.) When this happens, the Nijenhuis Component of neutrinos is twelve dimensions. (The Nijenhuis Component of the spatial dimensionality of neutrinos, will then, under such said occasional conditions, work to exhibit twelve spatial dimensions.) Here's a little as to what this means: 

We Appear to live in a world, that works to display the exhibition of three spatial dimensions plus time. Yet; Each individually taken set of parallel universes, is here to Actually work to display the exhibition of 32 spatial dimensions plus time. The additional 29 spatial dimensions, of which are here to tend to not seem very apparent to us, are basically wrapped-up amongst each other, at a very microscopic level. So; A neutrino may occasionally appear to be dimensionless (in terms of its spatial dimensions), in what we seem to be observing, at our human level of perception, -- yet, at a more microscopic level, (in the substringular), such a said case of neutrinos, will thereby, under such said conditions, tend to work to bear twelve spatial dimensions, when one is here to be considering the existence of the other spatial dimensions, that are here to tend to be wrapped-up amongst each other, at such an inferred very microscopic level. TO BE CONTINUED! SINCERELY, SAMUEL ROACH. (1989).