quantom communication

in quantoimagien w ehave two qunatom qubist and communication cube probalms ther si so many deep arae has created to put qubit in cube perform how to create qunatomnsignals quantom signals is created by qubit superpostions tehmodulo to tehm modualation by cricuits itself we module them in shape of analog and digtal signal analog signal and digtal signal based on elctron performs firts we create naalog signals the w ecreate didgiatlsignal it happens by refraction or refleciton of qubit in any third sources with it ,third sources like imagine magntci polarization we polirsed qubit to achive signals menass entaglement of two qubit with third resourcces reflection means magentci polarisations magnetic olirsation will retruna analog signals we need infrared mirros to notes that refelction to produce intenrt spectrom by thatahowe creat equanotm or qubit spectrum qubit spetcrum will cretae by the rfeection that created in varying qubits like 1 00 and 10 01 00 10000010101001000 01001 like that we use infrared lensse and soritng thsoe refleciton of qubit byleveling over ti tehm means by soem cypher qubit banks where there si series of data for relfection is stored in incined ways stroed and then anotehr qubit that si not part of banks they reflect in sorted anners by some algorithm that algrhtm si if stored qbit is less then infromatve of qunatom qubits stroed in ascending orders if stored qbuit is more then infromatieof qunatom qubits stored in desecding orders then quanl will go here quantom banks have counter for the qubits that inquantom qubit bank before to tranfer it every quabtom bist reflection will stores in refelctor bank reflecto and quabits so here bank wil store tye digiatl and nalog signals behaves with qubit storing refelctor for reflection to carry how much could qubit refelction the data in what stregth tehn transfer of qubit on network or qubit response on network where infrared leveses and mirros will works