CLASSICAL COMPUTER JUST LIKE QUANTOM COMPUTER TIME FRAME COMPUTING
two bit on same time 0 nd 1 state men their time frme is similar same way if we hvae 0 nd 1 in classical computer we drop these number mean mass of these number thata wil osciltes in normal grvity meann momentum of original normal grvity not quantom gravity then becuse of different maassss nd time oscilllation under time grvity is differ then 0 1 hve differ sttae but if we cretae the same memory grvity state of 0 and 1 drop them then intelligence grvity bind them becue mempry grvity is same
then dna means observble statae property gravity will be the same then time will oscilllites and creates simiar time frame with the grvity of different mass of 0 and 1 even they hve difefert mass becuse
note:-why here quntom grvity is not normal grvitay is in conidertion because of momentum there is two thing normal grvity of we could say memoyr of normaaaal grvity that is gravity memery that is means records negtive psotive neutra mmeries so it so we hve to do very normll wor to conevrt norm bit in quntom bit like
thta is the experiment thata i hve ddiscuued tht the waasy we hve to laauched new internet sspectrum mny verion till quntom not evolver even we coul lunche taped reactors
very easy experiemnt to convert nomrl bit work aas quntom bit nad make quntom computer
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