quantom assembly lanaguge
quantom assmbly langauge hwo to make in this paper and algorithm i will tell how you cudl create it and how could configure it
imaginew ehave ten qubits that have super postion and and we have to eprform gates operation
so how itworks
you ahve gates like clalled qunaotm gates that assmble for instruction here qubits oepration happens but in super postions
like 1000 0111 1110 thsi thign hwo you mnuualte them it happens by different deals to workd though
because in this paper we knwo whtwe wnat tod with thses numbers in superpostion soe for instruction we svae some qubits for isntrctions
so you amke
here two set one numeric set and one is oeprational set means oeprator sets and operand sets oeprator sets is instruction sets and operand set is
teh numeric sts oeprator sets will be oeprand s in memory
so how we make assmbly lanagugs we sueprosiones qubits
and tehn we garsp operanda qubits and oepraotr qubits and tehn we operation tehm
so qubits
devide in two part assmbly code
qbitssuerpostion operation
like 01 10 00 10
as additions of qubits in numeric performs
how we defien array iin qunatom comptuing
we create memry space in quantom memory how by dial up means dial up is teh rpocess to get sapce in qunatom memeory all varibale and constarints
we store varibale with qubit intilaisaitons
so how
qubits and formal qubits numeric purpaose then next level of smae qubit in instrction peroforms and then aftere instruction eproforms there is results peroforms
here quantomm memroey si the sapces that releass by its ciruclation of teh qunatom that depend son quantoom dial up depdne then
then we store oeprand and oeprator from qubits to memrory for oeprations oepration isn mmeroy will be totaally depdns on memroy algorithm
means upcode minus plus and qubits will store under qunatom memory address qunatom memeory address will created by the next level of quantom or qubits we we amke addresses qubits by the operation oevr like quantom gates here qubits rotaion isimprotnat during entagleemnt we stores teh varibale and numebra nd operand sand operators
q1/q2
q1*q2
q1-q2
q1+q2
here operand will get differ and then oepraotrs oprator field store for operation and oeprand and to store in quantom memroy that si entanglemy of qubits after to work froquantom memory
quantom memroy achived by quantom dila up roation field and enetgelemnt
now store permnenelty to store quantom on eaddress adresss qubit adrress qubit wy benefitial address qubit for entagleemnet of we stores enetagled
in memory spaces
so te entangeld ememory spaces is used for qubit to because qubit entagledd
now what wil happend we operation q1/q2
tehn qubit responsese storee in teh quantom storage tahat called a entaglement when entagled happens then
so how q1/q2 works qubit will stroe in quantom entangeld storage how this gete the location priamry or secondary positions
then oeprations q1q2/
then for oeprations it will happens so or we could used a qunantom bank means where in whcih quantom you oepration doing the symmtrciity will store in banks of qubits it just like atm where you works and then same itme bank information update so quantom banks will replaciate teh the process of operation of qunatoms butthen device oeprand and oepraotrs and then thet hgins works alll clears
storage rimary stroage for it quanto ram and secodnry staorae quantom drive
so quantom assembly lanaguge will dveloepd
we ahve to hav ethe isnructions set with entagelmt stores or quantom with storing that devekoepd such that by the sue of qubits taht oepration and oerpands two differs ways or any instrcutions stes will be differ ghow qasm comucniate qasm comucnate on memroy based rroatio and qubits
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