DNA BASED qUantom dots ,quantom comptuing and optical internet nd phton dots or optical dots
we know at the all observed property of 0 nd 1 at the same time mean at the same time living in the states of 0 nd 1 so we have to observed
fluorescent particles made from semiconductor materials that have unique optical means whne by reflection quntom dotss tht reprsent 0 nad qunaatom ots thta represnet 1 both have symmertic proprty tht called dna based quantom dots
mean observe by symmetric property read my statemathmtic on amitsinghspn1984.blogspot.com
so
quantom dot comptuing in it here we chehc the ssymmetric state property mena
if 0 nd 0 in same state then 1 or in differ state then 0
1 nd 0 in same state then 1 in differ statae thne 0 and we coud modifiy tht if in left stat or in more left statae or more right state
dna optical or phton internet :->
in it we oscillate the time with the time if there will we reflect the light on where we reflect and inclined then we grasp thoe time frame in thoss with normaaa grvity and mass tht iss quntom grvity na grvity theri interaction produces obervable relative property with each other reflection will be and inclined with each others then in that way men the way mass drop then mean the masses mean total quantom grvity nd their relations
photon dots:->
when reflection missed somwhere due to chnage in mass mens thtaa interct with normal grviaty of planet then reflection nad inclincation nad chnge in frmaae of time off reffleciton that time fframe in 180 degree by whihc it nd grvity frame then due chnge if the interction in quntom grvitay tht is any experimnetal masses and its oscillation means time frame oscillatise dual natures left to right right to left but or up to down down to up whne masses changes or quntom grvity chnages with grvity thta is plnet na universsaaal grvity then thta gap in rnge between phton cimnate calls reveree process gone black phton birth anad more then tht phton dots
in photon dots is not black phton but seemss like or they aare more says optical dots
Comments
Post a Comment