HOW WE COULD MAKE PHOTON ATTOSECOND INTERNET

we will tarnfer the pphtotn light through leneses then by that we make their bneting we have light by lenses multiple lenses then starigyt we will ahve multipel staright lenses and then we arrange for next light same freuquency we tarsnefr light in outisde curve the light then we gte the curvical differences in it we make the pthton arary with difefrt frequency one is straight addresses like we reconfers the lgiht and then avlue parllely in shape of curves outside to insider curve or insdie to outisde curve means two value s carries same time so here lenes used to less the frequency if we less the frequnecy from first to secodn lenses then in both side curve lense we will make in taht range both side values so then next architectcure of them in shape of wirring we fised line taht icnleind oevr lenses it read by sensor and then range between one lense to next lenese we get the value of taht rnage that called broad band of taht psoitons so we do oen thing means if w ew ant to expand the array then we make light in light dense from start whne we not wnat to expand close then we dense light dim so how we make th attosecond then in it we cheks the in lemse betwene evry steo we put the quantom and then we check teh relfection of light so for taht we put quantom in bwteenn address lense and value lense menas one firts lense to next lense it called broad band then next lense means broad band of array of address and values so now atto seconds we do the same things to achibve time so we cosndier time as partical and then we put quantom between two lenses and w esnese the broad bannd of quantom in shape of attosecond in that differnces betwenen value and address called time manupualtion so we have to take the quantom time so far to create a quantom time or atto time startight and curved between here to produce attosecond internet we infered the value and addres broadband taht is cretaed between lenses addresses and values and then they incliend over quantom then to produce attosecond bit then cirlaute that bit movement in quantom to the first lenses then then it will creates the refernces of the the bit means lenses where ut they become in loop by the quantom in front side and in read side so in that between we cathc in this exprment atto secodn as a smallest packets what i am dlin in thsu expermeny we make aftre tarfer to atrfer from multipel lenses more codnesed miniml but dnese wvaelgth and same fro values we make curves of them then we in frost side have quantom from quantom we have sensors by sesnsor we opticalied lights and then in bweteen lenses they cretaes broad band of quantom wwvaes like means in evry movement from one lense to second lense secodn lense to third lense we read teh cirualisity and criumference s redaing of quantom and then we chneg teh wvae lgth for loght aftre it pased first lense to sendond lense tehn secodn lense to thrid lense means different broand an dband we nlote it dwon firts secod in it first will comeplete with diffeer addreses to alst lenses and tehn rear quantom mena sfirts queue of quantom broand abnd will cerate and tehn anotehr broadband of uantom will create we compte attoseodn time that icnlined we add the experiemmt of atto secodn to make bit of time then again we make equalibriumm states of my expriemnt with atto secodn will comaarble will give the same refeferes data bit equal value and speed of value it same with teh values we will create the value in curves tht givens curve or thenwhen broad band create then to turn address and value according to our ways how we make places to keep bit or integer string with the address there is address will be create by the light addresses make by such ways that how it will kepp arrays of light devision will create in broad band and repeat the time to time transfer when array will create then value lined by the use of linker that create the address and value that linked to keep address but how it will happen by linked list it will happen by photon array that transmit information