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Implications

Whenever we hesitate momentarily to consider where all this is leading, we possibly may summarize some of our conclusions. For instance, the nature of the nuclear structure, while the unique aspects of the monoatomic elements, have actually suggested the possibility of superconducting atoms in room-temperature conditions as well as in natural matter, quite possibly living organisms such as ourselves. We've additionally connected superconductivity as well as the Zero-Point Energy. The latter just isn't completely astonishing in that the ZPE is described as the energy that is still-extant the zero-point (zero degrees Kelvin), while superconductivity is well established at this temperature. The ZPE is overshadowed and often neglected as insignificant in theoretical calculations in addition, ZPE is omnipresent and exists at all temperatures -- but because of the larger, more obvious thermal and electromagnetic vibrations. However, it's still current. One might then wonder whether or otherwise not superconductivity is definitely current, even at greater conditions, it is being overshadowed by other impacts. In effect, is superconductivity always present in living organisms, and, in reality, the required precursor for a lifetime? Are Consciousness and Superconductivity inextricably entwined?

David Radius Hudson has recommended that, then the way to the zero point is to get inside the quanta, inside the superconductor if superconductivity in living matter is tied to the zero point energy, and if all time exists in the ZPE simultaneously. It follows that if we fill the body with superconducting elements, so that the human body begins to behave like a superconductor, then human body can come and get in space-time -- possibly in the same fashion that the zero-point energy does.

In place, one fills the physical body with light, and thus possibly activates 100% for the brain, possibly even activating what exactly is known as our "junk" DNA. (As Hudson has previously stated, we only use 6-8% of our mind and none of the so-called "junk" DNA -- DNA long recognized by mainstream medicine, but with no obvious use or function.) The inescapable real question is: just how could the mind as well as the DNA have actually evolved if it are not utilized in the past or any other!? There would be no evolutionary advantageous asset of increasing brain power and DNA capabilities, if such advantages are not used! An alternate possibility, needless to say, is that the extra mind and DNA capabilities came from the hybrid nature of combining Anunnaki and Homo Erectus genes. In either case (or both), it’s just the type of thing to obtain attention that is one’s!
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Perhaps one of the most concepts that are interesting Prigogine and Stengers reveal may be the chemical clock. One starts by presuming two types of particles. "Because for the chaotic movement of the particles, we'd expect that at a offered minute we could have more red particles, say, in the remaining section of a vessel. Then a bit later more blue molecules would appear, an such like. The vessel would appear to us as ‘violet’, with occasional irregular flashes of red or blue. Nonetheless, this isn't what happens having a chemical clock; here the system is all blue, then it abruptly changes its color to red, then again to blue. Because all of these changes happen at regular time periods, we have a coherent process. "Such a qualification of purchase stemming from the activity of vast amounts of molecules seems amazing, as well as, if chemical clocks had not been seen, no one would genuinely believe that this kind of procedure 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 among the easiest mechanisms that are physical interaction."

This coherent behavior of molecules, complete with an intra-communication system, explains in part why the superconductors we've formerly discussed, align the nuclei with precise distances between adjacent atoms, as well as the exact same time, recommends the underlying concept of coherence for the primary particles. Prigogine and Stengers, for instance, continue to note that certain "of the most interesting areas of dissipative structures is the coherence. The system behaves all together, just as if it were your website of long-range forces. Regardless of the fact that interactions among molecules do not exceed a range of some 10-8 cm, the device is structured as if each molecule had been ‘informed’ about the entire state for the system."