Charge Levels and Charge Motions Charge motions and charge levels (energy) fit together with the complementarity of harmonics. Einstein predicted that light from a star which would pass near the sun would be deflected by the mass of the sun. This showed an interaction between electromagnetic radiation, the light, and gravitation, the mass of the sun. This can be generalized to say that the electromagnetic interacts with the nucleomagnetic. That is, gravitation is a nucleomagnetic … [Read more...]
Charge Levels and Charge Motions
January 15, 2014 by admin
Filed Under: Eve REVERE - The YIN MIND, WOMEN BLOGGERS Tagged With: a celebration of women - women bloggers, Albert Einstein, charge level, charge motion, conductor, covalent bond, crystalline lattice, electromagnetic, electron acceptor, electron donor, Eve Revere, Eve REVERE - The YIN MIND, geometry, gravitation, gravity, harmonic, insulator, ionic bond, metallic bond, nucleomagnetic, oxidation, periodic table, Planck's constant, quantum mechanics, quark, reduction, semi-conductor, shell, subshell, superconduction
Charge Containing Capacitance . . .
January 13, 2014 by admin
Charge Containing Capacitance and Charge Motion Inductance Universal and Ubiquitous Transmission and Reception More and more often we see and we recognize the parabolic dish antennae used to receive satellite transmissions of television signals. Less often, we see tall towers, supported by guy wires, like needles pointing into the sky used to transmit even radio signals. If we submerge a needle-like structure and a smooth, polished dish in hot salt water, the needle will behave … [Read more...]
Filed Under: Eve REVERE - The YIN MIND, WOMEN BLOGGERS Tagged With: a celebration of women - women bloggers, absorption and emission spectra, alternating current, anode, capacitance, cathode, charge, charge motion, conductor, covalent bond, crystalline latice, direct current, Eve Revere, Eve REVERE - The YIN MIND, geometry, inductance, insulator, ionic bond, metallic bond, physical chemist, physicist, quantum mechanics, receiver, scale, semiconductor, surface to volume ratio, symmetry, transmitter