plasma computing hot plasma comptuing and cold plasma comptuing

in this kind of computing laser crossed under the palsma system where plasma will calculate by laser frequency inside in loop and then will come outside from bambi so , here differne difefrnet wavelenght lasers will cross the palsma then innside the bamaby will calculate teh deviate movement of alser with plasma to there will be palsma lenses by that it could count of light with plams a thsi lense will have same dneisty as plamsa we coudl sue either plasma or same strngth plams lense or both we chek the dvaiiton fo lght in fraciton undrgo with plasma , so here , so it will goes udner plasma spetcroscpyy to prduce range of the palsma and alser strikes with eahc other to prduce rnage of numebrs that they coudl prduce laser spectroscpy and plasma spectrscpy both with combine result will draw th range fo numebrs then in shape fo binsry we will use binayr spectrscopy to work s that will conevrt teh laser spectrocy and palsma spectrocspy result in common result so then we conevrt mean range of numebr in the binryr spectrscopybinarys to run the plasma smae for cold plasma comptuing or withou use of binary spectrscopty we could use numeric spectrscope that will have difefen range of numebrs dpende on laser spectrscpy and palsma spectrycu resulatant if we icreae strength of plasma then light will be blish and if we increae strnegth of laser then laser will be blish then it will have two rnage but fro common we have to conclude the numebers from them , by te behave equaiton of laser na paskm we will fidn the range of numebrs becuse both spectrscopy will be parallel to each others , then connection with eahc otehr and result devation between lasers spaerspcy and palsma sspetcrspy will give some reuslt of numebrs where some numebrs will be plasm a orienetd some numebr will laser oriented ,, the comcbianti fo them will giev soem rnage fo numebrs then thsi numbers will connervt in bianry by binsryr spectrscopy