Neutrino Nucleon Models Suggest Modeling Vision's Photons Equivalently.

Mott's and Sneddon's \textit{Wave Mechanics and Its Applications}, has W = h$\nu $, with an unknown constant, stating: ``It is rather disconcerting to find that the frequency of these waves also contains an arbitrary constant {\ldots} [26, 27, and earlier, p 7] from the principle of relativity {\ldots} shows that the constant should be zero{\ldots}.''Consider our linear, model photon string, E = h$\nu $. Neutrinos in our photon strings, if transversely excited, carry extra energy. $\nu $ excited photon string neutrinos, on an otherwise equivalent neutrino string, convey extra energy E = h$\nu $; neutrinos could be the constant representing string mass or energy apart from transverse vibrations. In addition to dark energy/matter, vision's photons appear to be implicated in gain control. Information transfer processes, according to experimental results, are mediated by spatial Fourier transform electric field amplitude readouts by retinal rod and cone outer segments. Processed radially and transported to the visual cortex, this is the reciprocal space representation of the object world. Photons yield energy needed to get electrons into receptors' interiors, muting gain. Vision can confirm uncertainty's spuriousness.