Nucleus computing dont have superpositiong

in nucleus computing we have proton and neutron in nucleaus so we made the junction pf proton and neutron to satsfy 1 and 0 multiple 1 multiple 0 we make multiple jinction achived gates np pn nn pp and or junction and nunction or junction then with electron comparison it not br thrre is no comparison with electron it compre pn junction np junction pp jucntipn and nn junction its not gate its junction based computing neutron with proton poroton soth neutron proton woth proton neutron with neutron junctipning to make over it chatged roton have 1 non charged neutron have 0 vlue proton dont spin it hAvenconstants in nucleaous comution we note the vruiation of over proton of elcttron pahses so ther si protn is accountable not neutron and electron ther si all one it respoble to protn interaction withh each others and repcltion of elcttorn fo ver them it totally depn on bindin of elctron which hods bind most pwores proton taht is 1 and otehr is 0 it comses i cubic sysytem to put arrr prootn and and elctron wirth anotehr cubic system then which protn is indo class varaints emnas where thers i class clasifcation dont need so hey all willbe 1 and so one time progression clauclation with elctrona nd near time progerassive caluclation with itself c xwe have to spoted the single electron to multi electron in cubic systems then after spot processing we understand the symmetric distances but here we create a function with distance with some distances means unidirection and mjlt directions spot processing of electron after spot processings we create integratove function to check why electron in first shell and second shells functioning over thats aafter functioning zerp non static preambles of slectron means electron will have two state against proton one is static means 1 one js non static means 0 and its not switches with it proton always have in static state 1 so bere we when electron comes in static forms undertaken by proton undertaken bh proton so which electron in series taken most preambles single state means electron have two state in quantom computing electron have multi staes 1 0 individually but not with pdoton with proton it have zero states no active states because it spin by by electron have spin state 0 and 1 freely but iwith protonn its normal states of proton so proton will pjt in cube all and electron pput in cube then cooddinate complex gate structure of singld electrons we put all dldctron in zero states in cubic under cubic tp perform all zero oscillations in electron all one oscillations in protons all ond oscillation of pfotons bdcuase proton apply single forces thdn electron and proton cube apply force to electron binded with proton here force is understoodable proton binding forcs to electron and proton binded proton binding to electron in such that fields so it need a field gates cirvuits thete is state of proton is all time same cube is solid not flecible but for electron is a flexible cubic flexible cubic means flexible cubic means how the electron exchanving gheir powe to grow digitsl so if all proton activd then electron is 1 position extra with ow superppsition or position state and if protoc active if proton will seriesfull active in cubic form then seriesly with 1 proton will be active so if proton is active with all 1 then electron have 0 and 1 activeness proton activde field if proton field is active then electron field activeness is doing such things so what is two verify this we have two proton field with electron one is babalanced one is more balaced to that we comparre two such kimd of nucleaus that dont match each other and we noted nucleaous behavd to make circuit so it called nucleus computing circuits njcleud computing cifcuit two compare two atom states in single proton have one state oof no loss even electron have 1 state of not loss and 0 syste of loss of themselves so electron dont have here superposition it have bpunded positions nucleus computing dont have superposition agaianzt proton electron weakened then proton e and n p p p p e e it measures the