How attosecond internet differ from internet

how attosecond internet will work because it have two different wavelength my previous post in attosecond internet , init two wave legth or multiple in clined wavelength of light i created and lenses creates means two lenses dostances and create broad band sonby that we have created the free spectrum and front and rear we have two quantom from sensor we accumultae quantom and change yhe wavelegth of the light according to sesor adapt the quantom movement so in it two inclined data one is left second is right data in between straight lenses chain is for addresses so we make all three shapes so by quantom we adapt quantom data so if there will be not quantom then electrcical circuit with sensors of adaption light and then how sensing quantom it we read quantom gates to bring 0 1 then we assigned sensor zero light and then for 1 light if there are mbps then then we achives in first pair of lense how the days will transfer it transf3r by attosecond we transfer first address then we transfer in incline value pair ,address and value pair so how that will come we have to create a in this circuit that i made in this address is auto second and value is attosecond of attosecond means inner attosecond so lense has created so between two pair of lenses will have first address and then it tranfer with second pair of lense then it transfer addresses same way values to transfers so in pair of lenses we first need to transfer first address value then second values so from length or length of lensess creates llength of lenses creates how the light will refined means packet length and address length to create that system we make packet and address make close so we make by the use of lenses to make more dense light and then compare with first quantom movement or bit then it will transfer to denae enviornemt to achive here we apply addresses but we xhange address in dense then that light wavelebgth will transfer through wire so through wires so dense address and dense value will transfer then in with it first wavelenght connection with last we note the wavelght differences because for speed we dense the data in speed so this lense circuit to convert the small or slow signal to big and fast signals there is front and rear quantom we make front and rear quantom in same state to convert the attobit in same speed so we calculte the dense differen or not denuse difference by the lwe wil make atto of the atto so fast by front rear of the quantom we by wiring understand the quantom state in similar but a dense way we compare density of front quantom bthat we expected by circuit then we catch the data now internet have session and adddress so packet now what happens in session adrres to apkcte have own address could have anotehr pakcte address with the links links have session means apkcte with sesssion have linkw e ahve pointer in it there so server will throw pakctes in shape of linked list then pointer so wavelength then contines the light loght socket where inerveing light have pointer to point address and values that is the old inertent but in attosecodn tehre si no linked list of packet in it address parallely with the the values and the in taht paralllely addresses we linked betwenen addres and value in diffeernt data structre taht address have address of value menas inenr adress and outer addrsses in inner address will atke as apcket as attosecodn by gardwrae algorihtm emans conevrt value in some address then value and then we keep address in oarallel ways we linked the lenses for addres braodband to value broad badn but we band in betwenen like sensor taht tell the brado band data in ti we get the incliend lense apirs and adress pairs light and we cocldue the wvae lgth capaicty of lenses that applid by that we will increase the wavelgth more precisely by using mutliple lense for single apkctes as much we can sowe connect address and value lenses eahc other and then we chhange light wavelgth a nd then lense behaves imagine we wnat one apcket rtanfer of 2 kb so to transfer it we use light not firts kb moevr,ent as circular moevememnt fo quantom then by equation we make th falt data aokcket faklat dta pakcet si empty now we make address by standr striang apir of lenses and then lenses conencted to inclined daat lenses ow dat akcye atarsfer and we rectfied it by oulses of light when it reahced to otehr or next apri of elnses more precisly to grasp mnas mmeans mro dense but not inaccuarte , we having lenses so heer one msiunderstood thigns how aokcte wil mdrify so we make wvaelgth fo ti so by quatom garbs by agtes we make tehir sigansl in shape foe mf then equal wvaelghth of light and teh ciruit taht is srevr kidn of will works to trfare firts it will be on firits cliet side means front and theen rear or rear or front old internet and attosecond intenrte difference in attosecond we make lenses to make dnese pipe of the time and then next to reahc menas one pipe to another next pipe means lensses combiantions means it like volatge to udner stand the signals then light will recie in next pipe the time bit like = firtsnt lenses criucit then = second lenses pipe and in that tehre would be reflection that reads like menas by volatge we cappable and one file shairng that is volatge filed sharing means hwo much volt from desticaiton to source si being that file will frist tarfer or contienue will trnafer so imagine firts to seocnd pipe is rtafer i shape of light menas pipe firts and second pipe then to read their refleciotn i end of first pipe we read the and the file that tarfer it manuapulte the vairbale volatge and then light in next fiber will come form reflection in that way attosecond si work diferenlty attosecnd we have addres of packet and packetso one in it attoseicnd is best\ menas we work on reflection means when from firts pipe then seocnd pipe to udnerstand voaltcge file menas volt analog signal and volt signal smae volatge trafer for ternfer in series of pipes vit alled a volatge files so dnese pipe and leneses then this circuit