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… as occurs in the line splitting of the spectra of coupled atomic oscillators. 2-20 …

… hundred. Now what this means in the collision of rotating atoms where we have what we would call "conservation of … the mechanical model of rotation applies to the motion of atoms. So in the collision of a non-rotating object with a …

… wave. This timestress wave passes into the nucleus of the atoms in the earth medium, timestressing them. Other heat … the timestress wave, producing signal inputs into the atomic nuclei of the stressed matter deep in the earth's …

… ternal structure of the atom. The atom can now function with the known basic forces of …

… In the 1890's, his discoveries burst upon the world like an Atomic Bomb. They were the current subject of discussion by … in developing a fraction of these potentials in their atom smashing and X-Ray machines. His most important …

… Studying the atmosphere Mechanics and hydromechanics Atomic - physics, theory of relativity Lightning protector …

… It was the manufacture of fissile materials which made atomic and hydrogen bombs possible, and only the …

… ZPE. Puthoff considered the ground state of the hydrogen atom as ZPE determined state and used quantum … counterpart of quantum potentials, are located in the atomic nuclei of all cells and are composed of disordered, …

… of TV channel 3. It takes a string of 10 billion metal atoms to make a 2 wave length conductor resonant for TV … to the size of a photon says, it takes a string of 1,000 atoms to be a resonant length for the electrical current …