quantom time bits

quantom time bits if n 1and 0 ans 1 has sigansl of rares and 0 ahs siganl of front then values will be 0 if 0 ahve siagnsl of front and 0 has siganl fo front then it will be 0 so quantom and its spin have signals means 1 and 0 is sigansl based if we consdier and 1 and 0 signals rare and front then so thsi rare front signals taht is ist spin signals if we use normal bit then theer si two qubits 0 0 rare signals 1 0 front and rare siganls 0 1 rare and font signals 1 1 front and front signals if we sue normal and 0 0 1 0 0 1 1 1 if we sue first rare siganls then answer will be 0 0 0 0 0 0 0 0 then next answwr will be for 1,0(front and rare sigansl) fro normla computing 1 0 1 0 0 0 1 0 then next answer will be for 0,1 for normal computing(rare and front signal) 0 1 0 1 0 1 0 1 the next answer will be for 1 and 1 rare and front sigansl 1 1 1 1 1 1 1 1 so from taht sigansl nromal bit treatuing in such manenrs same way in quantom computing if two qubit is oscilaltion mtion with otehr bits to give resulst two qubit will be signals bit so howe acive this if we knwo that quanatom is not in such manners so how we willa chive this two qubit to prudce siignasl these signals will go to every quantom by laser commmucnation and then we achive singansl resultstiem to time we have two signals from two qubit rare and fronts then slites of quantoms where we accpet the wavelegth of two qubits as arre and front signals then slites where we apply same coordinative llight and emw oepratiosn we will eprform tehn we achive teh arre and front results basis fore xmaple we make slites fo few quantom and then same euqivalent enery or emw that two qubits produces we aplly oevr tehris pins on slites andthenwe operation fo rare aand front conuosuly to achive emw till teh slites prduce not any reslut we make signasl in broad manners we took teh siagnsl go quantoms and we by rare and fronts we drive and expected the reualst from them