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For example, the 2nd chapter of this Book of Genesis (King James variation), describes the creation regarding the heavens while the planet, its population with flowers, pets, and herbs, the creation and installation of guy within the Garden of Eden, while the appearance from out from the ground associated with the Tree of Life while the Tree of Knowledge of Good and Evil. The Bible then quickly informs us that thar’s gold in them thar hills! "And the gold of the land is great; there was bdellium therefore the onyx stone." [Genesis 2-12]

In the scale of developing heaven, earth, Eden, mankind, and so forth, why is gold abruptly such a priority? In the event that science associated with ORME is correct, gold, along with Rhodium and Iridium (and potentially one other metals that are precious may in fact end up being the Tree of Life. [Note that in this connection Genesis 2:5 - 2:25 is known as to be from a youthful source than Genesis 1:1 - 2:4, and so are alluding to a much deeper meaning.]

Alchemy books discuss "the White Powder of Gold", the Food of this Gods -- a substance based on platnium, but that has been changed as a white powder upon reaching its monoatomic state. Here is the exact same kind, and may even be equivalent to exactly the same process through which Hudson found all eight associated with monoatomic gold and silver coins.

For the alchemists, "The Master Perform" was to organize the Elixir of lifetime (bdellium?) and also the Philosopher’s Stone (onyx stone?) -- or in more anecdotal, conventional terms, transmute lead into silver. [The latter is more likely a diversionary fabrication to mislead those with less lofty aspirations, and who have not been initiated in to the Mystery.]
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Perhaps one of the most interesting principles that Prigogine and Stengers discuss may be the chemical clock. One starts by presuming two types of particles. "Because associated with motion that is chaotic of particles, we might expect that at a offered minute we could have more red particles, state, in the left section of a vessel. Then a bit later more blue molecules would appear, and so forth. The vessel would appear to us as ‘violet’, with occasional irregular flashes of red or blue. Nevertheless, this isn't what happens by having a chemical clock; right here the system is all blue, then it abruptly changes its color to red, however to blue. Because all these changes occur at regular time intervals, we've a coherent procedure. "Such a degree of order stemming through the activity of huge amounts of particles seems incredible, and indeed, if chemical clocks wasn't seen, no one would genuinely believe that this type of process is possible. All at once, molecules must have a way to communicate to change color. The device has to act as an entire. Dissipative structures introduce probably one of the simplest mechanisms that are physical communication."

This coherent behavior of molecules, filled with an intra-communication system, explains in part why the superconductors we have formerly discussed, align the nuclei with accurate distances between adjacent atoms, as well as the same time, shows the underlying concept of coherence of this primary particles. Prigogine and Stengers, for example, carry on to note that one "of the most interesting facets of dissipative structures is their coherence. The machine behaves all together, just as if it were your website of long-range forces. In spite of the truth that interactions among particles usually do not meet or exceed a range of some 10-8 cm, the machine is structured as though each molecule had been ‘informed’ about the entire state associated with system."