CELLS TO CELLS(cell computing)

interaction fo bit to reahc in any frequency and taht frequency that converted from bits to connect and give teh input to secondcells and cells will interact thsi frequency with its own input and to produce own frequency \ so means here in cell computign bit is only for interaction bit is interact 1to reahc som freuqney and next will create output with cell as bit the convert in frequency firts cell is frequency and seocnd cell freuqency then latitude and logitude and amplitdue and ltitude of in among the cells by cells is producing different difefrnt frequency so frequency will collecively not amplitude with frequency willl give the output in frequency mmanners from bist soution an dit depdne on how much singelbit cells haves howmuch mutliple bits cells have that read th data from enviornment or from frequency that set cells is producing by bit thta new result we have frequecu department for cells and bit deprtament when frequency will go to inpuut then bit is ararnging and what logitiude and alititude is presnet past future when frequency will go to input in ti bit si freuquency modular son bit si create differnet differnt modualr flux then its interaction with input then out put as frequency is comming for next cells then cells accept the input then alos frequqency matching of bit continous fucntions(means conitnuous from first cells to last cells frequency contnuousthat how much changing them) means continuity of thtme.and non continosus frequency that will save as data. so frequency differences is bit moudualr for cell computing so firist cell frequency continuous and non continuous functions then by that ways we so c freuqnecy and nc freuqency both willl read fro continuous bit ahcving as frequency ways cell satllite (single cells) frequency positve frequuency to collecr and use flux of earth enviornent of space