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- Superstripes abstract "Superstripes is a generic name for a phase with spatial broken symmetry that favors the onset of superconducting or superfluid quantum order. This scenario emerged in the 1990s when no-homogeneous metallic heterostructures at the atomic limit with a broken spatial symmetry have been found to favor superconductivity. Before a broken spatial symmetry was expected to compete and suppress the superconducting order. The driving mechanism for the amplification of the superconductivity critical temperature in superstripes matter has been proposed to be the shape resonance in the energy gap parameters ∆n that is a type of Fano resonance for coexisting condensates.The superstripes show multigap superconductivity near a 2.5 Lifshitz transition where the renormalization of chemical potential at the metal-to-superconductor transition is not negligeable and the self-consistent solution of the gaps equation is required. The superstripes lattice scenario is made of puddles of multigap superstripes matter forming a superconducting network where different gaps are not only different in different portions of the k-space but also in different portions of the real space with a complex scale free distribution of Josephson junctions.".
- Superstripes wikiPageExternalLink SuperStr08home.html.
- Superstripes wikiPageExternalLink Str10home.html.
- Superstripes wikiPageExternalLink index.html.
- Superstripes wikiPageID "26434013".
- Superstripes wikiPageLength "18022".
- Superstripes wikiPageOutDegree "21".
- Superstripes wikiPageRevisionID "679432063".
- Superstripes wikiPageWikiLink Atomic_limit.
- Superstripes wikiPageWikiLink Category:High-temperature_superconductors.
- Superstripes wikiPageWikiLink Category:Quantum_phases.
- Superstripes wikiPageWikiLink Fano_resonance.
- Superstripes wikiPageWikiLink Feshbach–Fano_partitioning.
- Superstripes wikiPageWikiLink Heterojunction.
- Superstripes wikiPageWikiLink Heterostructure.
- Superstripes wikiPageWikiLink High-temperature_superconductivity.
- Superstripes wikiPageWikiLink Intercalation_(chemistry).
- Superstripes wikiPageWikiLink Josephson_effect.
- Superstripes wikiPageWikiLink Josephson_junction.
- Superstripes wikiPageWikiLink K-space.
- Superstripes wikiPageWikiLink Shape_resonance.
- Superstripes wikiPageWikiLink Spatial_symmetry.
- Superstripes wikiPageWikiLink Strain_engineering.
- Superstripes wikiPageWikiLink Superconducting.
- Superstripes wikiPageWikiLink Superconductivity.
- Superstripes wikiPageWikiLink Superfluid.
- Superstripes wikiPageWikiLink Superfluidity.
- Superstripes wikiPageWikiLink Superlattice.
- Superstripes wikiPageWikiLink File:La2CuO4_structure.png.
- Superstripes wikiPageWikiLinkText "Superstripes".
- Superstripes wikiPageWikiLinkText "superstripes".
- Superstripes hasPhotoCollection Superstripes.
- Superstripes wikiPageUsesTemplate Template:Reflist.
- Superstripes subject Category:High-temperature_superconductors.
- Superstripes subject Category:Quantum_phases.
- Superstripes hypernym Name.
- Superstripes type Mechanic.
- Superstripes type Physic.
- Superstripes type Superconductor.
- Superstripes comment "Superstripes is a generic name for a phase with spatial broken symmetry that favors the onset of superconducting or superfluid quantum order. This scenario emerged in the 1990s when no-homogeneous metallic heterostructures at the atomic limit with a broken spatial symmetry have been found to favor superconductivity. Before a broken spatial symmetry was expected to compete and suppress the superconducting order.".
- Superstripes label "Superstripes".
- Superstripes sameAs m.0bbxh8_.
- Superstripes sameAs Q7644249.
- Superstripes sameAs Q7644249.
- Superstripes wasDerivedFrom Superstripes?oldid=679432063.
- Superstripes isPrimaryTopicOf Superstripes.