Anyone doubting TPTB have the tech to record and save everything you will ever do? then read this

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GGGQEP or technologies that TPTB have now that are 30 years ahead of current known tech.




Quantum processing differs from traditional processing in one major way: it doesn't just deal with the binary states of 0 and 1, but also deals with a superposition of all states between those two ranges. Effectively, qubits – the particulates of quantum computing – can attain any value between 0 and 1… and they can do so, for all those values, simultaneously. Due to this, quantum processing introduces an inherent parallelism into computing. And this, in turn, makes quantum computing to potentially be several million times faster and more efficient than traditional, transistor based, bit processing.


it can be worked out that GGG molecules hold data (in bits) equivalent to about 12.5% of the total number of molecules present. Hence, one mole can hold about 7.52*10^22 bits of data, which can further be evaluated to 8153.20034 exabytes of data. Each exabyte is equivalent to one billion gigabytes. For the sake of perspective, the entire indexed internet, at the moment, has about 700 exabytes of data. So with a single GGG cube measuring 5cm per side, more than 11 internets, at present size, can be comfortably accommodated.

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Fujifilm has specifically announced that its 154TB tape will have an areal data density of 85.9 billion bits per square inch on cost-efficient linear magnetic particulate tape. Thus, with this break through in data density, the standard LTO cartridge will be capable enough to store up to 154 TB of uncompressed data, which is 62 times greater than today’s current LTO6 cartridge capacity.

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Last Edited by pemazocato on 02/03/2015 07:29 PM