Titlebook: Advances in Quantum Phenomena; Enrico G. Beltrametti,Jean-Marc Lévy-Leblond Book 1995 Springer Science+Business Media New York 1995 electr

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Achievements in Neutron Interferometrypaths but only a very small beam separation.. The perfect crystal interferometer. is based on amplitude division. The interferometer based on grating diffraction is a more recent development and has its main application for very slow neutrons.. A schematical comparison is shown in Fig.1. The perfect

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Photonic Bands and Tunnelingc structures. The whole theory of electrons in a periodic potential applies directly to the problem of electromagnetic waves. As a matter of fact this result is general and independent of the special physical meaning of the waves considered, and it must be the same for elastic, electromagnetic, and

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Quantum Phenomena at Largelity of individual atoms, the nature of their spectra, the photoelectric effect, etc. As a result, quantum phenomena are commonly thought to be essentially microscopic ones, in the realms of atomic and molecular, or nuclear and subnuclear physics. And, inded, we are currently witnessing, as in this

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Machine Learning for Green Smart Homes it is possible to take, at a precise instant, exactly one electron from a first electrode and transfer it with certainty to a second electrode. By making these electrodes part of an electrical circuit and by continuously repeating this transfer process we can achieve a perfectly controlled current