The Metaneural Network Electromagnetic Waves IMAGE The captivity of believing that the physical is all there is to reality, comes from a disregard for and from certain inconsistent assumptions (the conservation of energy). Even the skeptical scientist can not sustain the belief sometimes practiced in the psychological and psychiatric world that there is a nothing which is called illusion or an image called an hallucination which is nothing. The extent of the energy pattern which … [Read more...]
The Metaneural Network / Electromagnetic Waves
December 20, 2013 by admin
Filed Under: Contributors, Eve REVERE - The YIN MIND, FEATURED, WOMEN BLOGGERS Tagged With: a celebration of women - women bloggers, A. S. Presman, adsorb, amphetamines, antenna, arc discharge, aura, bias current, binocular microscope, biological systems, capacitance, capacitance coupled quenching, cell, charge, corona discharge, covalent orbit, Darwin, defining property of life, desorb, dipole, dumet glass, Edmund Sinnott, EEG, effect at a distance, electrode, electromagnetic waves, electron, energy exchange pattern, energy pattern, Eve Revere, Eve REVERE - The YIN MIND, F. W. Bell, gauss, gaussmeter, glow discharge, hallucination, Helmholtz coil, impedance, index, indexed, lines of force, lustre, magnet, magnetic intensity, metal alloy, metallic corridor, metallic crystal, metaneural network, microsome, mind, mitochondria, mobility, motion, organization, oxygen, phoenix, pigeon, polarity, polygraph, psychotropic drugs, quartz, quench, radio, reception, solar plexus, solenoid, sponge, storage oscilloscope, theory, threshold of complexity, transmission, water
Broadcast Signals
December 16, 2013 by admin
Broadcast Signals We have some familiarity with broadcast antennas. They are used to transmit radio and television signals, sound and video patterns. We also have some familiarity with receiving antennas. We know that electromagnetic waves of certain frequencies emanate from the transmission towers to the receiving antennas. Most people know that these broadcast signals move very swiftly. Usually, only fractions of a second are involved for most nearby or local transmissions. At any … [Read more...]
