G. M. Eliashberg

E75195

G. M. Eliashberg is a theoretical physicist best known for formulating Eliashberg theory, which extends BCS superconductivity to include strong electron-phonon interactions.

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Г. М. Элиашберг 1

Statements (33)

Predicate Object
instanceOf person
physicist
theoretical physicist
areaOfInfluence many‑body theory
associatedConcept Eliashberg theory
surface form: Migdal–Eliashberg theory
associatedWith Eliashberg theory
surface form: Eliashberg spectral function

electron self‑energy in superconductors
frequency‑dependent superconducting gap
contributedTo Green’s‑function methods in superconductivity
microscopic description of superconducting state
countryOfCitizenship Soviet Union
fieldOfWork condensed matter physics
superconductivity
theoretical physics
gender male
hasAcademicDiscipline quantum theory of solids
hasImpactOn calculation of critical temperature in conventional superconductors
description of strong‑coupling effects beyond BCS theory
interpretation of tunneling spectra in superconductors
hasNameInNativeLanguage G. M. Eliashberg self-linksurface differs
surface form: Г. М. Элиашберг
inAcademicField low‑temperature physics
quantum many‑body physics
influenced modern theory of conventional superconductors
theory of electron‑phonon interactions in metals
knownFor Eliashberg theory
extension of BCS theory to strong electron‑phonon interaction
strong‑coupling theory of superconductivity
notableWork formulation of Eliashberg equations for superconductivity
theoryNamedAfter Eliashberg theory
surface form: Eliashberg strong‑coupling equations

Eliashberg theory
workFocusesOn electron‑phonon coupling
finite‑frequency effects in superconductors
retardation effects in superconductivity

Referenced by (2)

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Eliashberg theory developedBy G. M. Eliashberg
G. M. Eliashberg hasNameInNativeLanguage G. M. Eliashberg self-linksurface differs
this entity surface form: Г. М. Элиашберг