quantom internet AND QUANTOM MIRRORS

QUANTOM INTERNET BASICALLY MADE OF QUNATOM HERE OEN THIGNS AS EXPERIMENST WE CREATE DENSITY MEANS MULTIEL DNESITY OF QUBITS THAT TRANSFER OEVR NETWORKS] SO HERE WILL BE ONE TUBE WHERE CHECK THE DENSITY BY THE ELEMENST THAT NEUTRAL ELEMMENST HAVE CRAETAD OEN FOR USER OEN FORM SERVER SO WHEN IT CREATED IT ITSELF AFTER CONEVRTING FROM TEHN VALVE AND DUAL TUBE TRANSFERE TEH DENSITY AND RFELCTION FROM THE FIRST TUBE THAT MEASURE BY IONSIED GASES OEVR QUBITS NE IS FULL DENSITY TUBE AND ONE DENISTY TUBE WHEN NOW QUANTOM MIRRIR THAT CREATED JUSTA LIKE BY THE TUBE BUT CALLED AS QUANTO MIRROR SO IT REAdy BY TEH REFLECTIONS TEHN IT BECASUE of data IN FIRST TUBE SI SERIALIZED AND SECODN TUBE DATA IN NON SERAILAISED SO IT GRAB THA DATA FROM SERILAIESED BY DENSTY TO CONEVRT IN THE SERIALISED DATA WHEN BUT HWO IT COUDL HAPPENED BY REFLECTION BECASUEW EHAVE IOSNSIED GASES EVEN NOT WE HAVE MATERIAL SUCH LIKE WHERE ALL DATA SI UT ON PURPOE TO MAKE NORM QUBIT IN PERFORM QUBIT TEHN WE SERLIASED QUBIT WILL TRANFER TEHN NETRWORKS HERE WE USED ONE THINGS HERE THERE IS SO HOW NETWORK WILL MAKE so how we make the data serialised beacuse of volt that willl carry but in second tube its unserialised it so second tube data is inout that conevrt as output now to transferr to them we need quantom wire and ionsied material that produce a reflction and in quantom wiring herewhat mirrors will use its tube that is totally serializable here one is the massive wire that have all serliaziable not all probaalism data sequence tube in the form of density imagine client wnat to send a data then by seocdn tube send that thsing ins tube to manage means sockets then firts tube make to bring it in serial data ionsied material qubits tubdes in whihc one qubit have huge density and there is this tube is created depend on density one tube is for reflecction and second tube is for operations that will perform over qunatom sepctrum or quantom networks so carrer wave si created by first tube and second tube is just so the fiirst tube si created by first tube have qubits reflections counting and and it ahve masses hwo it woudl cretae it cretae by voltage and defraction to single qubit and orders of them then it called a tube of all from 0 qubit to trillions zillion qubit operable secodn qubit is reuqired for reuqireemnt form taht tube also go with the iosied ways for where it desired density means negatuve density means need electrom for counting it keeps insidley now volatge to ionised materials to create qubit operations we create a quantom mirror by that quantom mirror si refcltion of qubits r qunatom it hapnes by their refecltion volatge so we convert emv as wvaelength of quantom qubit to emv froms of qubits tehn we fileld up the tueb with magnet and emf levels now seconds tube second tube willl come there is called up the density it send requierd currenct minimum qunatomm requiemrent to maximum quantom requieremnt density here fromual to do that whne it create there si two things analog emv and emf and digital emv then to cretaes then created a mirrors by that way mv mirro and emf mirror to uder stand reuqierd qunatom ad directed quantom so by that formuala directed quantom and in directed quantom so when it cretes then it send the data to requierd to trafer thus though when deisty will conert in digitla by degial maganetic volt and digital magantic forces