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This Concept Map, created with IHMC CmapTools, has information related to: Effects of ELF em fields on vertebrate brain.cmap, EFFECTS OF ELF EM FIELDS ON VERTEBRATE BRAIN 2. d) Biophotons are poorly under- stood aspect of biology but it is becoming clear that they play cru- cial role. The natural interpretati- on is as decay products of dark photons. e) This fixes the value of Planck constant and h_gr=h_eff hypo- thesis implies universal spectrum of biophoton energies in visible and UV range. The spectrum of endogenous magnetic field strengths corresponds to the spectrum of biophotons. f) The transitions producing cyc- lotron radiations should produce it coherently. On possibility is that the thickness of flux tube changes so that B_end changes by flux conservation. This would induce coherent emission of dark cyclotron radiation from all ions or ion Cooper pairs at frequency near to harmonic of cyclotron frequency., EFFECTS OF ELF EM FIELDS ON VERTEBRATE BRAIN 3. The outcome is quantum model for living matter with following basic elements. a) Magnetic body controlling bio- logical body and receiving infor- mation from it by darl photon ra- diation and consisting of flux tu- bes and -sheets carrhying dark matter with h_eff=nh . Magnetic energy corresponds to dark ener- gy. b) Magnetic body contains cyclo- tron Bose-Einstein condensates, which can emit cyclotron radiation which interacts with living matter via resonance mechanism. Also control of biochemistry becomes possible since biophotons are in the range of molecular bonding energies. Cyclotron frequencies serve as "passwords" and even genes could correspond to cyclo- tron frequencies. One can even imagine how immune system and genome have evolved from a recognition mechanism based on reconnection and cyclotron frequencies. c) Magnetic body gives rise to a repertoire of basic mechanisms. For instance, phase transitions changing the value of h_eff and p-adic length scale associated with system: this can change the length of magnetic flux tubes and induce volume changes. Recon- nection of flux tubes gives rise to elementary recognition mec- hanism., EFFECTS OF ELF EM FIELDS ON VERTEBRATE BRAIN 1. Observations of pioneers of bio-electromagnetism. a) Irradiation of vertebrate brain with electric fields at ELF frequencies has unexpected physiological and behavioral ef- fects. b) The effects observed by Blackman occur at harmonics monics of cyclotron frequen- cy of Ca^++ ion for endoge- nous magnetic field of B_end =.2 Gauss which is 1/5:th of the Earth's magnetic. Effects look quantal. Effects are larger at even harmonics. c) Besides frequency windows there are amplitude windows for the electric field associated with irradiation. d) The effects cannot thermal since the energy feed is extre- ly low. Somehow the em fields must affect biocontrol. e) Puzzle: quantal effects should be totally masked ther- mally since the energy of ELF photon of 15 Hz is 10 orders of magnitude smaller than thermal energy., EFFECTS OF ELF EM FIELDS ON VERTEBRATE BRAIN 2. Quantal looking character of effects together with the proposal of Nottale for Bohr quantization of plane- tary orbits using gigantic gravitational Planck con- stant h_gr= GMm/v_0, v_0 a characteristic rotational velocity, inspired the idea that quantal effects might indeed be in question. a) Planck constant is quanti- zed in multiples of ordinary Planck constant h_eff=n×h. Quite recently it turned out that h_gr=h_eff, when m corresponds to elementary particle or ion makes sense so that the two hypothesis are consistent. Also the ge- neralization h_em =Z_1Z_2 e^2/v_0 makes sense. b) Planck constant charac- rizes in TGD framework two- particle system with particles connected by Kähler magne- tic flux tube mediating classi- cal and quantal interactions between particles. c) The radiation field would give rise to dark photons with so large h_eff that the dark photons would have energies above thermal ener- gy. The interaction with living matter would involve transi- tion to ordinary photon.
