subshell and shelll of the atom in practically could make computer and commnd based operating system a new apoproach is hard cored not a traditionallly this is orginal shell and subshell computer nd shell commmand baed operating systems

BOHR MODEL BASED COMPUTER AND  OPERATING SYSYTEM COMMANDN   we wrong on computation even we wrong or bt of right  this computer tottally  atomic binding its challlenging thtai have saids we were worng over computer and quantom computre starts quantom shelll computer and quantom shell machine when we aadd quantom shelell 

in it what is did i subshell model and klmn moodel shelll and binding of them and subshell to trace the daat make new non computer device and non processsing elctron and prton polrization to do it make new kinf og klmn ir subshslel shell operating syystem with hardware2

subshelll ( s,p,d,,f,g) 

L 0 1 2 3 4

max electrron 2,6,10,14,18 we know this is the subhsell of bhor atomic configures 

name of shelll 

k l m n  name of subshell consiqutelively 1s  2s2p  3s3p3d 4s4p4d4f  max electron in shelll 2 8 18 32 

element with the subshelll 1s2 2s22p6 3s23p63d10  4s24p64d104f14

al tlae verticallly 

subshell telll how many electron have in two accounts subshelll and shell one is for accountability 

we polarizd integrated to work with it 

polarized integration of subshell

2,6,10,14,18

y=f(x) and 2,6,,10,14,18 to ru the coordinate to run thme neregy levels 

(e1,2) (e2,6) (e3,10) (e4,14) (e5,18)

we anange a difference  of subshelll

e is esxponnetial emergy clause 

to power rate with it (e0,2) (e1,6) (e2,10) (e3,14)(e4,18) so here eneefry is i power rate 

we ellvted hre single power of proton and neutron 

next is utility aftre energy levle 

(u-2)(u2-6)(u3-10(u4-16)(u5-18)

e-u

e2-u2

e3-u3

e4-u4

e5-u5

energy anduilit levl to chck of subshlll  ellectropn density exponential cycle with power rate of electron circulations union is a unit that requires for sinmgle second to do that f() =(e-2)(u-2)

energty utilityy 

(e-2/u-2)  (e2-6/u2-6) (e3-10/u3-10) (e4-14/u4-14) (e5-18/u5-18)we

cleaerify that what is the subshelll thes suibshelll play around the it;ity and charge thhe to wprks what hardaware needs and one eenrgy 

circuit 

=2=     =6=   =10=   =14=   =18=

here is this cioruitt in left of tw ther will be storage resistor and condensro means stored its power of subshell nand nw second right thre will be stakc of stored energy as unitltityy becaye its energy use as a utility same with 6 10 14 18 means it stored nergyt resistor and condesreop tha not go iots nmenrgy thne its uitlityt menas circuit of te equations right side in volt i anyrtngs measn what it left befoer to depart 

now klmn 

2  k   2   1s2

8  l    8   2s22p6

18 m  18 3s23p63d10

32  n  32 4s24p64d104f14

now in bigshelll numeric we have to make four subshelll hwere to done with from ast to opnw 

shel ooocupation drop and raise keyes shell mappper with already key of atom, 

first store atom cycle key and map wioth shell to do that 

we need sttack here 

so how it owuld be 

3 1\

   2

3 1

   2

   3

   4

  5

 6 i take its from m and so we take on with 10 so nad the first in ifrts out from here t achive eit first in  9 ifrst out will come to run in it we in varinast the shellll 

shelll trnascriptor with shell value transformeers now value to put it what we have to do it here 

2-6-10-14-18

2-6-10-14-18

2-6-10-14-18

alll klmn with subshelll determinananats we have tiokeep subshlle uitlioty with us now klmn

klmns

1 2 

2 2 6 

3 2 6 10

4 2 6 10 14this is notvale maturityt this computer is totally based on atomic shelll based p[ropcesssing we have donte the subshelle by kepmappper we algithiomise dthem and shell by we we make mature the subshelll; we needd proton consider neutron we neeed to processs very single electron and prototn electron table abnd p-rton tbale 

electron table 

2 

6

proton tbale 

2 

6

 we condense that which part is giving in more taraque and trafiic an feasibility utility and if single atom to chooose multiple atom 

klmn uis harwabe that keeepp the volt and fesibility of electron levels juts like swtiched processor nob fro on weelctron to anoter electron what sushelll reaction with 9tit means subshelel have and klmn and we pinc h in klmn and ten we sread subshellls we subshelel thne we read the othimg sto dop that 

we have reflectpr utlity measiuuree no btyy thta we s eee alll feasibility and traffic by hwihc and the w e need here more the  thata 

single atom multiple switch structuire 

multiple atom multiple switch structure 

more thne two atom

binidng and bounding structureesz oo all numeric is considered as a hardwares we dont need kerneeo we hree only clas and type of atom and thir tbal that we male currenmt fullll output come non binary we have rthe table we callled diffreent diffferertial vlaue by utiliityt automated utility willl give an answer the electrocn lowerclasss may uitlises then in uppper class bounindg thia i totallly dpedn on utilit of subshell and shelelel we arrange cuircuit of subshelel and shell in such that wa y tat we wrirte command clectric mmmand oover the or el;ctronicallly how ij this computter you could rerad write operations so how oprating will owrdd we subshekel  Nsx shelel binidn manupulatioin by usec of non binrary 

you hav eto defined a klmn processorss this procesing is totally  depend on klmn this work o n binidn pooint we chnage the klmn and find tha binding  poit and her we could use two klmn of two different atom  here least atomx binding point is neeed not single klmn porety to binding  with subshell and double klmn will do bvy tweo klma property to doit here its happ4ns by subshhel what to put its not tta we do chemical bind not  binding tmeasuree and energy binidg by thta ultity compaution willl auotomated  to give urtility top binnding klmn propcesssors and shushell processor 

in this computer nio gate no nothin ionly klmn pprocesssa dn subsheeel subshell in deeep chechk the binidng acccereltionand drive utility and ebnergy levle the best neegy level and utiliity will chooose thne aftree in it we klmn we put we measure now th ebinidn point with help of subshella nd klmn whreeth binidn poitn distanmce e find clear from like firct shell of ciruit to sec ond shell of circuit ot third sell of circuit irt we gte utilitty poit from subshell and and other thing hwe we gte this we kkeeep this amount and thne we run this computer4 over value thi salue to consider over the mass of elcetron anot aftre the charge we work her by iwth decimla if we we neeed only sungle valyue for the niche binidg uis  this binding by we donwn te processs veyr much and thne it b i8rcns the computer this computer cllalaled subshheell and shelel comp[uter on bihr models

in  thsi computer how summarjkazatio wil yappen  wwe binding i such that way now if the number we take numbe rildey as bindidng number and othr number also as binding number and the reqaction rea tive summastion to do an substractuion to then that profithawe breeak the seriees of notirou number in binidng and get the biniddn oardrigm to easit way to sovle and solutionised thmee  

now binidng os for that in its thier klmn like we make lenctor powered ciricuit mayny million zilllion typr opf only electron sing elelctron based wwpowwers havein such that we by subshell we lectron subdevice lik 

e -

e-  couple 

e

e

e

sm,ae way klmn in deeep teersee we electron way to done it means we as we follow th eklmn to patrtined tha electron bfeopre fisrt th subshell to do it ths os is work on that there will proptn polrizers is works we make elctron by circuits we soprt ther elctro proton imppulosve thngs we sort the e;ctron that is neeededed

we gte the impulsive coordnate 

subshelll

(2pier/e  2pier/e)

2pier1/2e,2pier1/2e) (2pier1/6e,2pier1/6e)

(A)4pier/e

(B)(i)2pier1/2e

(c)(ii) 4pier1/6e

so we hav eonly ot two to make consioderr we count proton polarization by atomic commmand 

niow two commands 2pier/e

and 

4pier1/2e 4pier2/e

niw shell cration of first shell command r is unknown heree now we consider

e2-1`=r 

1+e2=r

e2-1=rnow to wrirte commmnadn if R.r1

r1 is volt of proroton polarzation juts like lectron cisrsuit we hav epolrizd prootn circuits cycl lemenet beocme elctrnis by compiter of klmn we read the datss by thhan thereerss it neeed chrages niow we have to write command w e commandwirte i shelll shap[e no we wantso we need atomic scirpt we we make ovwer bounindg to crate command non binrty it creates non binary commmand to turun it non binary commmand to run it num,nner gap that we kno betweeen bnijdndg and tat claeed the rangre if we wnna wirte a file opver bindgd we could wirtre if we write atomic commmand then shheelel c0ommn subshelel commman atmic commmaatomic command to create a fille it measures by proton polrized and elctropn when prootn polairzed and shell is high it m,asnn creation and thn eproton polirzed sh,e is d0ne dletion and proton plarzeed symmmetri with lectron ist mess make file wheh recion it measn deltion of files so what commit isno commanmdbale bhor atomic and my shelll a6tomioc model computer 

angular binidndg measn so man6 tis t si smalla o.s. thta work wothoput use of processor but a cirut of e;ctron and polariozation of prototon now imag you wnana crtae a fille so you hav eoty make mkwe a60om by the atom klmn and subshell we stregthe a power  and rthe first sellll to lasrt selllg in first  shelll to hird shelll  r is unknown 

make file atom by atom biningd strength and cration of file by bidnign strenght and finished 

shell model operating system:--><

 so what we do in it me make subshell tha we know and shelll spdf we alll do this we  gft shewll and shel point of eveyr time to do tyhat now there is niothign to do we have nergy level and utility levle of this ciomputer 

like 2 bind with  1s2 and 2s2 3s2 4s2 priority and then these all links automaticicallly samw way we do it for 6 2p6 3p6 4 p6

same 10 310m4d 10 and smae wity 14 4f14

now we fot elctron apsirs in whre to works on 

thn we make sigle utlityu circuit 

like 1s2 bind with 2s2 for utiity 

2s2 bind with 3s2 to utiityso thye all ar bounds second method to use it in here we now whta we do with it we have to compute to ompute we need protn equal [rptpmn polrization proton polrizerswith it macchne in protonpolirizer check te binidng state of tyemwihcisfar tey ar less binder far means vol same menas we crate lctrn circhit men toal energy based on eltcron to workks nathe we take up this in such that so by utlity and eebergy kevel tat we ake fior them we calute th evergy leve and prton polzr thne we take s thne akll s data bindng prootn polrizinfg space betwenn s only then p thne space of op thne d thne space of d the  f then space of f in then then in circulation m,annenrs now tak e allll 1s with all then p to all p thne d to alll d tyhe f to alll f 

5then we got intrnal binding negryahtthta clalal subshelll 

now outer shkllele in it ll chekcs in such that mnnrs all check measn is with alll 2s with alll 2p with all ity creates chelll now we make bindig evevry proton polriziomg we phere subsjell ios 0 anmd shell is loike 1 firts we chekc in subshelll if it uiillity and nerg lebve is lest thhe go to hhhgh we make range twosubshell rage of numebr shelll range of nmerb fomr wheer the number come numirc autnomous lser light beam that willl be i te form of charge taht thuis hcrage is then value 1ad iuftis charge thne thuis value is 2 then this value 3 now some so high binidng and low binidng boundatioon we do polirized prototon in proton to dp hi9gh prooton /electropn in mass utiltyt but here we used charg eit owrk only with chrage to guive nummerci by algrothm, e+p=1 if atration e_p=0 but this is non binary  so i it  we crat e ao,s it dpend on elctr0n and prootn we give 0mmnd in hspe on el;ftoand foprton  elcrtron line pproton lined anf file line charageteer fether torch by hat