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Relativistic Similism

Due to the immense mental concentration required for phaseshifting ILPs from organic matter, the Self-Sense of Ichoreal Streak is capable of simplifying the visualisation of structures embedded ante facti in the yet-living HUP-ical corpus. The elemental and molecular compositioning architecture of higher structures leaving traces in the post-aural rememberance allows for rapid assignment of similitude bias towards structures pre-present in the HUPLC, significantly increasing the ILP uptake from them. This semi-intelligent system pre-inserted within the ICS's transgressional ILU form allows for marginally similar structures to be phaseshifted at greater speeds with improved yield, ranging from 0.67 - 0.97.   To grant an example, the most widely used model of the HUPLC in the common Human reaches the aforementioned 0.97 efficiency in transferring shifting charges across the corpus of another, decreasing by 0.0005 for similitude bias in the opposite sex and by 0.00013 for approximately each year of difference between the recipient and the litatio. The minimum yield of a mammalian litatio is 0.81 disregarding adjustments for the above mentioned factors. In the descending order of evolutionary status and differentiative deviation, the average ratio is 0.78 for aves and reptilia, while resting at 0.733 for other chordates. Panarthropoda decrease this value further to 0.7, while if descending into other reduced deviation in other invertebrates, the yield is at about 0.69. The ability to exercise relativistic similism ends with the cut-off at the metazoan range, where protozoan cells yield a measly 0.51, while the prokaryotic types provide only 0.44 in archeonts and 0.32 in bacteria.


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