For every one-dimensional superstring, there are many two-dimensional superstrings. So, when an electron forms a photon, a phenomenon with more one-dimensional superstrings directly inter-related with it than the two-dimensional superstrings that are directly inter-related with it -- an electron -- forms a phenomenon that is purely bosonic (consisting of one two-dimensional superstring) known of as a photon. Nuclei tend to have more two-dimensional superstrings than one-dimensional strings on account of the condition that nuclei tend to bear much less pure kinetic energy than electrons -- particularly for their mass. Superstrings may open, and superstrings may shut -- depending on the particular arbitrary scenario that is at hand. Zero-Norm states (loose first-ordererd point particles) are what open or shut a superstring. First-Ordered-Point-Particles that form a line of tangency with a planar-like-disc that consists of multiple first-ordered-point-particles are Campbell-Norm-States. First-Ordered-Point-Particle configurations that form the substrate of tangency that physically comprise ghost anomalies are the positive-norm-states. First-Ordered-Point-Particle configurations that scatter positive-norm-states are negative-norm-states. Norm-States are a phenomena that exist in what is known of as the general region of Fock Space. Line tangency forms ghost anomalies via the initial Laplacian-Like redistribution of the positve-norm-states that are moving in the relatively holomorphic direction that the associated superstrings move in during the statics of the trajectoral mapping as to where given superstrings had just iterated in in any arbitrary prior sequential series of substringular delineations that mark where superstrings had existed at over a given arbitrary set of progressive instantons. The relatively reverse holomorphic norm-states that scatter those mapped out distributions that indicate where superstrings had iterated over a sequential series of instantons are known of as negative-norm-states. The propagation of ghost anomalies that are formed, as well as the propagation of ghost anomalies that are scattered into a residue that undoes the physical mapping as to the trajectory where the corresponding superstrings had just iterated in an arbitrarily prior sequential series of instantons, helps to pull the related superstrings thru those operands that are either in need of the pseudo-field that ghost anomalies may form, while yet, also helping to pull the related superstrings thru those operands that need to be less crouded by the physical entities of the ghost anomalies, respecively. This causes the potential for tadpoles when gauge-transformations go rampant over the associated entropy that would likewise happen over a relatively long period of time where there is a black-body that bears a lot of mass. The scattering of positive-norm-states happens via the motion of negative-norm-states striking the conicenter of the associated positive-norm-states in an anharmonically metrical manner at a Ward-Based "global" angle that is based on the Real Reimmanian concept of a 45 degree relativistic strike. The more dimensions that the said norm-states are kinematically differentiating in during the scattering, the more Njenhuis that the Gliossi impact of the "45 degree" strike bears in terms of the torsion of the basis of contact that causes the mentioned scattering. The more Njenhuis the basis of contact is, the more anharmonic the metrical vibration of the scattering is. "Tadpoles" need to be used quite often over billions of years to have much effect in terms of the endagerment of adjacent phenomena. -- A star must be very old in order to have a high probability of forming a black-hole. Tadpoles happen when two-dimensional superstring-associated fields are made spurious after basically countless instantons. Such a spuriousness is increased when two-dimensional superstrings have iterated thru a common set of paths that involve a high degree of entropy too many times over an astronomical age. This is because the just mentioned activity works to weaken the fractal and elastic condition of superstrings during the ensuing metrics of the "space-hole." The space-hole is designed to be able to realign the path operand of its affiliated world-sheets, if at all possible. World-Sheets are spatially differentiated by physical energy, and also potentially to an extent by thought energy. Such thought energy may help to cause the proper covariance of the delineation of superstrings to a slight extent by altering the paths of certain arbitrary given superstrings so that entropy may be minimized enough to prevent the excess build-up of the mentioned "tadpoles." This helpfull general activity would allow for life to differentiate in such a manner so as to adapt to an aging universe.
Life is the most important thing. Sincerely, Samuel David Roach.
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