¶ Single Integer Differentials (1)
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In synergetics we find the difference of one whole integer frequently manifest in our geometrical interrelationship explorations. Beyond the one additional proton and one additional electron characterizing the hierarchy of the already-discovered family of 92 regenerative chemical elements and their short-lived transuranium manifestability by high-energy physics experiments, we find time and again a single integer to be associated with the positive-negative energetic pulsations in Universe.
Because the energetic-synergetic relationships are usually generalized relationships independent of size, these single rational integer differentials are frequently found to characterize the limit magnitudes of asymmetric deviations from the zerophase vector equilibrium.
The minor aberrations of otherwise elegantly matching phenomena of nature, such as the micro-weight aberrations of the 92 regenerative chemical elements in respect to their atomic numbers, was not explained until isotopes and their neutrons were discovered a few decades ago. Such discoveries numerically elucidate the whole-integer rationalization of the unique
