Electromagnetic Bio-informationFritz Albert Popp Lippincott Williams & Wilkins, 1989 - 259 Seiten |
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Seite 74
... developed their use of electrical fields to include interspecific communication ( per- ception ) as well as the location of matter ( activa- tion ) . Shoals of migrating fish appear to be held together by their common electrical field ...
... developed their use of electrical fields to include interspecific communication ( per- ception ) as well as the location of matter ( activa- tion ) . Shoals of migrating fish appear to be held together by their common electrical field ...
Seite 213
... developed along their lines of evolution in a surrounding atmosphere characterized by its ozon- ic and rich oxygenic qualities . Since that time the features of irradiation did not change very much . We therefore can assume that the ...
... developed along their lines of evolution in a surrounding atmosphere characterized by its ozon- ic and rich oxygenic qualities . Since that time the features of irradiation did not change very much . We therefore can assume that the ...
Seite 226
... developed and understood . One of us , Vernon Rogers , has conceptualized a coherent set of ,, first principles " to help organize the intricate and complex inter - relationships be- tween biology and electromagnetic fields . In his ...
... developed and understood . One of us , Vernon Rogers , has conceptualized a coherent set of ,, first principles " to help organize the intricate and complex inter - relationships be- tween biology and electromagnetic fields . In his ...
Inhalt
Biological Rhythms | 18 |
Communication | 39 |
Electrophysical Aspects | 49 |
Urheberrecht | |
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absorption according activity alpha rhythm amplitude animals atmosphere bioinformation biological systems bioluminescence biomagnetic biophoton biophoton emission birds body C.W. Smith carcinogenicity cells changes chemical chemiluminescence Cialit circadian circadian rhythm coherent constant correlation corresponding density dependent dielectric dipole earth effects elec electric charge electric field electromagnetic fields electromagnetic waves electrons emitted energy equation example exciplex excited experimental experiments factors field intensity Figure fluctuations flux force frequency function hydrocarbons increase indices induced influence insects interactions ions irradiation L-region laser layers light magnetic field means measured mechanisms membrane mitochondria molecular molecules netic optical organisms oscillations phenomena photon storage polarization Popp possible potential probe processes quantum radiation range reaction reactivity resonance rhythms seedlings sensitive shielding signal spectral spectrum stimulation surface temperature termites thermal tion tissue torsion-balance transmission ultraweak ultraweak photon emission voltage wavelength