… sky above Siberia with a force 2,000 times greater than the atomic bomb that destroyed Hiroshima. If it was some kind of …

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… new tube, which he said would make it possible to smash the atom and produce cheap radium, that he would be able to give … However, this tube will not open up a way to utilize atomic or subatomic energy for power purposes.” “It will …
… Laser action only occurs when a high percentage of the atoms near the pn junction are in the excited state, which … situation is called population inversion. When most of the atoms are in the ground state, an arriving photon merely … conduction band. Thus photons are absorbed by ground level atoms. The extra photons released by excited atoms have to …
… or possibly by some other medium, which is molecular or atomic in construction, and the presence of which has so far …
… which make up an electrical current are passed along from atom to atom in a copper wire, according to a difference in polarity … called amperage , the number of electrons passed along from atom to atom. (In a single second, engineers now know, one …
… to mass) ratio, finding it smaller than the hydrogen atom, and thus a sub-atomic particle. The combination of Birkeland's observations …
… only one or two volts to disassociate an electron from an atom, but when you consider the minute size of an atom, this … High voltage gradients impose strong longitudinal forces on atomic groups. If the higher voltage gradients can be …
… “Let me say that has nothing to do with releasing so-called atomic energy. There is no such energy in the sense usually …
… is quite feasible. Even if released in macroscopic matter (atoms), the gain factor may be as high as 1030 or so. Even … of a classical photon with an orbital electron of the atom. In comparison to an orbital electron, the nucleus of …
… Energy Research Moray B. King NonHertzian Effects on the Atomic Spectra of Water Dr. Glen Rein Electromagnetic Energy from Antennas to Atoms Larry Spring. Thoughts on Tesla's Particle Beam …