[Og;28835]I was not saying that this new chemistry you're talking about was ruled out. I was just pointing out that you were saying that something was possible without any evidence other than from what are thought to be similar systems. This is a basic hypothesis and should be tested if you're interested in the answer.
As for biophotons, what are you implying when you say that different tissues from different creatures give off different (and extremely weak) amounts of light? Why should this be paid attention to?
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Noetic response:
A. Nomenclature
Axion1 (emotons) corresponds to electrons, Axion2 (psychons) correspond to protons and Axion3 (neumatons) correspond to neutrons
Dark Matter Chemistry: Interraction between Dark Matter Atoms
Dark Matter Coupling: 'Complexation' of stable dark matter cells (or compounds)to corresponding light matter cells (or compounds). Complexation bonds in light matter may sometime just involve week bonds such as hydrogen bonds, Van der Wal's forces etc. (Van der wal forces may even create bonds between the inorganic glass fibers and organic polypropylene as well). Similar week Dark Matter Bonds also may exist in darkmatter bodies.
Complexation bonds should not be conflated with Lewis chemical bonds. So also, Dark Matter Chemistry should not be confused with Dark matter Interraction with light matter. Complexation is more physics than chemistry.They are two different processes.
Biophotons are extremely low frequency photons from living (and dying cells as well) possibly resulting from some form of very week interractions. The biophoton emission rates of sick cells and dying cells are significantly higher with a burst at the moment of death.
B. Biophotons & Dark Matter Chemistry
I have cited Biophoton emission rate as a possible evidence (not the proof) of Dark matter Chemistry. I will repeat it here:
1. Empirically there is a vegetative state (mind) common to all sentience and an animal state (mind) common to animals and humans, but an anthropic state (mind) unique to humans
2. There could be three different bio dark matter particles as counterparts of electrons (in plants only = emotons), protons (in animals and humans = psychons) and neutrons (in humans only = nematons)
3. Dark Matter chemistry is complete and most stable in humans, it is incomplete in animals and plants.
4. The 'complete' dark matter chemistry in humans may yield a dark body (the invisible homo sapiens) parallel (or orthogonal) to the visible body with electrons/emotons, protons/psychons and neutrons/neumatons all involved in coupling the two bodies. This coupling is more similar to 'complexation' than 'chemical bonds', more physics than chemistry.
5. The coupling of the light/dark 'bodies' is most stable in humans, less stable in animals and least stable in plants.
6. The most stable couplings in humans produce the least interractions and the least rate of biophoton emission from human cells per unit area. The least stable plant cells produce the most interractions and the highest rate of biophoton emission. The rate of emission from animals cells come in between.
7. The estimated rates of emission are 3^1 : 3^2 : 3^3 in humans, animals and plants where the powers 1, 2, 3 refer to the 'number of kinds' of dark matter particles in each taxon, the base 3 refer to the three light matter particles (electrons, protons & neutrons) in all sentience.
8. published reports are 10 to 100 times greater emission in plants than in animal and human cells.
Noetic |