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Z-rays in the spine
The 'spine' is the name for an elemental electronic structure, from electron binding energy, to two mass (1s) state of the high mass upsilon meson. Two nearly identical but separate functions occur arriving at the (1s) two mass high upsilon event - power ratios (2 x fsc squared), and (b) beta the relativity transformation effect by the electron's rest state velocity, which is the speed of light velocity reduced by the (fsc). POWER RATIOS (fsc), (2 x fsc), and (2 x fsc squared) together are called 'power ratios' in the spine. (2 x fsc squared) inflates from electron binding energ (Eo) to electron mass. (2 x fsc squared) again, inflates from electron mass to two mass (1s) upsilon plus two +-pions, plus two electrons, comprising a fundamental mass composite state in mesons. MOTOR ROTATION RATIOS The (beta) relativistic term results are called 'motor rotations' - motor from the propigating revolution of the electron's clatch of wavestates in rest state orbit. (The word clatch is not used anywhere except here, to make a point that the electron is a composite particle made of myriads of elongated waves and incremented smaller compton wavelengths, plus internally combusted energy states including its own binding energy (Eo). Both power ratio's functions are so similar in tiny bit discreet terms, they cannot be distinguished until going to 12 significant digits in floating decimals where the discreet bits depart into two separate Z-ray columns at the two mass (1s) upsilon plateau. These are the 'twin Z-rays'. The twin Z-ray's two lists are detailed in Set 4 |
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P-1
P-2
P-3
P-4
P-5
P-6
P-7
P-8
P-9
P-10
P-11
P-12
P-13
P-14
P-15
P-16
P-17