LASER EFFECTED FUSION OF ELECTRON TO CREATE WAVE FOR COMMUNICATION AND INTERNET

In fact, the electron beam feels a strong focusing field but simultaneously it is interacting with laser pulse field that makes the electrons gain large transverse momentum when elctton gain the the larger tarnsverse momonetum to control thsi momentum by layer of electro mangtic wvae in fusion where elcteonr transverse their momenmntum in fusion direction here two things happens simulatnosuly fusion and fisiion means electron momentum firts go in fusion direciton thne in fission direction to prduce new fusion fission commucnation wave to works menas its created fusiona and currenet and fission currents so laser what do laser have perodic data field then laser works with inetract with electron that prudce mometum over electrons but in fusionw ways means in any direction where communcation data is presnet electron meomenetum oevr tehere for communication if we use differ laser cold laser and hot laser then it produce electron pulse in two different area An atom moving towards the laser sees it blue-shifted and absorbs the photon, slowing the atom. The photon excites the atom, moving an electron to a higher quantum state. The atom re-emits a photon but in a random direction. whne elctron will reahc to higher quanatom ssatte then its complete half perido then it revert back it complete whole period but iof there is hot laser the by hot laser electron could gete lwoer quantom satte these both state could make the wvae effetc if we devide these states in small states calculation:-> electron beam feels a strong focusion field but simulatanosuly it is interacting with laser pulse field that make electron gain in large traverse momentom An atom moving towards the laser sees it blue-shifted and absorbs the photon, slowing the atom. The photon excites the atom, moving an electron to a higher quantum state. The atom re-emits a photon but in a random direction. so then revrse the proess by hot laseer or by same laser then then comculasion of the quanatom state as fusion qunatom state becayse they fused there si be could sued phto fission for communcation or fisison or fusion communciation hus about 8,000 fission events ( equivalent to an energy yield of - 0.2 µJ) would occur in this spot. As well as causing clectrofission, the laser-accelerated electrons would produce bremsstrahlung electromagnetic radiation of sufficient energy to cause photofission we could use both electron quantom and state photn fission for communcaiton conclusion:--> result of above conclasion and in my experiment i do one hting i will use laser over atom where electron gain laarge traverse momentum in two direction oen is large fusion and one large fission in both so how large fusion will obtaines we keep atom in very dense atmonsphere where laser will imapct and eletcrn will gain enough tarnsverse momentum and same will low dense where electron will gain enoug tarnsvwer momentum oen is for fusio and one is for fisison means here so both state of electron will use in tele commcuantio and internet and also photofission.