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Examples
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Julian Schwinger and Richard P. Feynman realized that the situation is actually much more complicated, since electron-electron scattering may involve several photon exchanges.
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Mott has shown how this can be explained by means of a refined theory which takes the electron-electron interaction into account.
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This year's prize puts the emphasis - on their work concerning electron-electron interaction and the coupling between the motions of the electrons and the atomic nuclei in magnetic and disordered materials, where they - particularly in the treatment of and the emphasis on localized electronic states - have gone far beyond the conventional theories, with direct importance for experiments and technology.
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In 1957, G. K O'Neill of Princeton proposed building a colliding beam machine that would use the HEPL linac as an injector, and allow electron-electron scattering to be studied at a center-of-mass energy ten times larger (or a distance ten times smaller) than my pair experiment.
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We still need to consider electron-electron and electron-nucleus interactions.
Site Home hpcdev 2011
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As a result, the effective electron-electron interaction becomes an electron-mean field interaction.
Site Home hpcdev 2011
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These "superconductors" had to be very cold, and it took physicists nearly 50 years to come up with an explanation for them: The electron-electron repulsion in these low-temperature superconductors was so weak that with the mediation of lattice vibrations, electrons overcame it, paired up and glided freely without the bumping and heating.
PhysOrg.com - latest science and technology news stories 2010
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These "superconductors" had to be very cold, and it took physicists nearly 50 years to come up with an explanation for them: The electron-electron repulsion in these low-temperature superconductors was so weak that with the mediation of lattice vibrations, electrons overcame it, paired up and glided freely without the bumping and heating.
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Based on what's known about electron-electron interactions and about antiferromagnetism in other metals, the authors created a theoretical framework to explain the behavior of the pnictides, offering some specific predictions about how they will behave as they change phases.
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"Our research addresses the quantum magnetic fluctuations that have been observed in iron pnictides and offers a theory to explain how electron-electron interactions govern this behavior," said study co-author Qimiao Si, a physicist from Rice University.
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