Genetic quantom computing and computing and genetci trasistor
in genetic gate if 1 and 0 is genetic then genetic result is 1 then 0 1 genetic if then 1 if 0 and 0 equal genetic then 1 means 1 1 1 1 then and iperator by two means 0 0 is 0 then 1 and 0 is 0 then then 0 and 1 is 0 then 1 and 1 is 1 then genetic table and and or with result table of addition of them like or and and and and or result with genetic equal table that outcome above
if 0 and 0 is not genetic equal means different 0 then they have numeric bot equal genetic then result is 0 then 0 and 1 not equal genetic then it develop 0 then same others 0 and 0
then we mixed their genecism then bring the and and or with
then next
if genetic quantom if there is quantom that 0 and 1
but there spin is genetic then
either 1 or 0 bit here we will have other quantom that will trace spin of first quantom means of if spin is genetic with 1 and 0 that will call genetic spin first we define their ewu as lity then then genetic differences how genetic differences will come and symmillarity
by the bentong angle using dy/dx and defree of dy/dx
genetci trsnstor gives genetic 0 by function means same fucniton differititon to 0 same so we get geentci 0 and 0 same ways its fucnitoned for
two relatd fucntion that us genctic strong where in between that funciotn one bridge fucniton si workinng then by that we achieve genetic
trsnformation betwene 0 to 1 and 1 to 0 then we achive gencti 1 form 0 and 1 or 1 and 0 to so 1 and 0 are genteic then it value is 1 will dtermined menas realtsuhio value 1 will evaluate
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