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originally posted by: pigsy2400
a reply to: AdamE
So....you're thinking of a quantum / phenomena pamspermia essentially? Not with out there aliens, but with the phenomenon as an intelligence that has been here for a long time.
Bit of pamspermia come ancient aliens with a quantum lemon twist?
Hmmmm....
originally posted by: pigsy2400
Some of the questions that John was asking regarding the DNA, it "appears" as though his son has no lineage so to speak, this is an assumption based on the questions he was asking....
Would have been possible that the THZ exposure could have altered his dna, so when he became a father, he passed on these altered genes that are one of a kind, hence no lineage in his son's? That was what seemed to be implied but not said...
originally posted by: AdamE
Final thought (To be sure)
Thoughts of the link between humans and the phenomenon.
Is THIS the missing link? The phenomenon?
originally posted by: AdamE
Maybe this is the missing link in the chain of who we were and what we have become?
A container of consciousness trying to understand itself?
Are we there yet?
originally posted by: KilgoreTrout
Perhaps the phenomenon just wants to bring us back into the fold before it's too late for us, and all the other species we're taking down with us on the way. I could see that, we are, after all the real monsters round here, as far as the circle of life thing goes.
It depends on what the phenomenon is, in your opinion.
Paola De Carlo, PhD Student at Aerospace and Aeronautical Engineering (2014-present) Answered Feb 14, 2017 Plasma is a fully or partially ionized gas. It means that is composed by ions, and electrons. In order to create plasma, you have to “remove” an electron from a neutral atom or molecula. To make this possible, the electron has to gain enough energy to “jump away” from its orbital and be pushed out from the atom. This energy can be given to the electron in the form of en electrostatic field, laser light, radiofrequency… No matter the way you energize electrons, they will absorb a part of this energy, and use it to escape from the atom. The amount of energy required for these transitions (in other words, “the size” of a quantum of energy) depends on the atom, and the electron that has to escape (or, better, the orbital to which the electron belongs), and it is always the same amount for a given atom, and a given electron. If you give enough energy to a gas, you’ll make a part of the atoms (weakly ionized) or all of them (fully ionized) to lose one or more electrons, resulting in a plasma. This condition isn’t stable, and the electrons tend to return in their original position. When returning in their original position, they release the energy that absorbed before in the form of light (well.. EM radiation) . The amount of energy released is equal to the energy the electron absorbed in the first place. Being the energy released E, Planck’s law states that E=hf where h is the Planck’s constant, while f is the frequency of the emitted radiation that, in the case of light, determines the color of the emitted light. The energy E depends on the gas type, and the electron configuration, as we said before. Being h constant, f (and therefore the color emitted by plasma) depends only on E, so on the gas type and the electron configuration. Each ionized gas has therefore its own emission (and absorption) frequencies. If you do some calculation, you’ll find out that, for example, neon plasma emits red light (nearly 400-484 THz), while argon one emits blue, and violet light (600–700 THz)