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Skip to Search Results- 2Superconductivity
- 1Adiabatic limit
- 1Cold atom
- 1Electron-phonon
- 1Eliashberg Theory
- 1High-temperature superconductors
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Spring 2021
Over the past decade, the interplay between symmetry and topology in condensed matter physics has not only deepened our understanding of matter by prompting a conceptual revolution in classifying all phases of matter, but it has also led to tremendous progress in finding new materials with low...
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Fall 2020
One of the theoretical mechanisms for accurately describing superconductivity is the electron-phonon interaction. This attractive interaction occurs between two electrons near the Fermi surface and leads to gapped quasi-particle states. The equations describing the mean-field properties are...
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Fall 2012
The electron-phonon interaction is one of the fundamental interactions in almost all condensed matter materials. In conventional superconductors, the electron-phonon interaction is the glue that attracts two electrons to one another to form a pair. A strong electron-phonon interaction leads to...