Research paperTheoreticalComputational Kinetic ModelSpecular-Andreev reflection and Andreev interference in an Ising superconductor junctionGaoyang Li, Sourabh Patil, Yanxia Xing, Wolfgang Belzig et al.arXiv·2025·10.1103/ydwg-y4f8·arXiv:2505.01330AbstractWe investigate transport in graphene–Ising superconductor junctions under an exchange field. In a two-terminal setup, mirage gaps induced in the superconductor broaden the chemical-potential window for specular-Andreev reflection. In a four-terminal geometry, Andreev interference is shown to depend on superconducting phase difference, chemical potential, and the relative orientation of the exchange fields. The analysis combines scattering-matrix theory with nonequilibrium Green’s-function numerics.Read more
Two-terminal graphene–Ising superconductor junction used to analyze retro-Andreev and specular-Andreev reflection under an in-plane exchange field.10 propertiesSimulatedCStudied MaterialIsing superconductorStudied Materialferromagnetic layerCatalyst SubstrateExpand
Four-terminal graphene nanoribbon junction with two Ising superconducting electrodes and exchange fields, used to study Andreev interference.6 propertiesSimulatedCStudied MaterialIsing superconductorStudied Materialferromagnetic layerCatalyst SubstrateExpand
Research paperTheoreticalComputational Kinetic ModelSpecular-Andreev reflection and Andreev interference in an Ising superconductor junctionGaoyang Li, Sourabh Patil, Yanxia Xing, Wolfgang Belzig et al.arXiv·2025·10.1103/ydwg-y4f8·arXiv:2505.01330AbstractWe investigate transport in graphene–Ising superconductor junctions under an exchange field. In a two-terminal setup, mirage gaps induced in the superconductor broaden the chemical-potential window for specular-Andreev reflection. In a four-terminal geometry, Andreev interference is shown to depend on superconducting phase difference, chemical potential, and the relative orientation of the exchange fields. The analysis combines scattering-matrix theory with nonequilibrium Green’s-function numerics.Read more
Two-terminal graphene–Ising superconductor junction used to analyze retro-Andreev and specular-Andreev reflection under an in-plane exchange field.10 propertiesSimulatedCStudied MaterialIsing superconductorStudied Materialferromagnetic layerCatalyst SubstrateExpand
Four-terminal graphene nanoribbon junction with two Ising superconducting electrodes and exchange fields, used to study Andreev interference.6 propertiesSimulatedCStudied MaterialIsing superconductorStudied Materialferromagnetic layerCatalyst SubstrateExpand
Research paperTheoreticalComputational Kinetic ModelSpecular-Andreev reflection and Andreev interference in an Ising superconductor junctionGaoyang Li, Sourabh Patil, Yanxia Xing, Wolfgang Belzig et al.arXiv·2025·10.1103/ydwg-y4f8·arXiv:2505.01330AbstractWe investigate transport in graphene–Ising superconductor junctions under an exchange field. In a two-terminal setup, mirage gaps induced in the superconductor broaden the chemical-potential window for specular-Andreev reflection. In a four-terminal geometry, Andreev interference is shown to depend on superconducting phase difference, chemical potential, and the relative orientation of the exchange fields. The analysis combines scattering-matrix theory with nonequilibrium Green’s-function numerics.Read more
Two-terminal graphene–Ising superconductor junction used to analyze retro-Andreev and specular-Andreev reflection under an in-plane exchange field.10 propertiesSimulatedCStudied MaterialIsing superconductorStudied Materialferromagnetic layerCatalyst SubstrateExpand
Four-terminal graphene nanoribbon junction with two Ising superconducting electrodes and exchange fields, used to study Andreev interference.6 propertiesSimulatedCStudied MaterialIsing superconductorStudied Materialferromagnetic layerCatalyst SubstrateExpand
Research paperTheoreticalComputational Kinetic ModelSpecular-Andreev reflection and Andreev interference in an Ising superconductor junctionGaoyang Li, Sourabh Patil, Yanxia Xing, Wolfgang Belzig et al.arXiv·2025·10.1103/ydwg-y4f8·arXiv:2505.01330AbstractWe investigate transport in graphene–Ising superconductor junctions under an exchange field. In a two-terminal setup, mirage gaps induced in the superconductor broaden the chemical-potential window for specular-Andreev reflection. In a four-terminal geometry, Andreev interference is shown to depend on superconducting phase difference, chemical potential, and the relative orientation of the exchange fields. The analysis combines scattering-matrix theory with nonequilibrium Green’s-function numerics.Read more
Two-terminal graphene–Ising superconductor junction used to analyze retro-Andreev and specular-Andreev reflection under an in-plane exchange field.10 propertiesSimulatedCStudied MaterialIsing superconductorStudied Materialferromagnetic layerCatalyst SubstrateExpand
Four-terminal graphene nanoribbon junction with two Ising superconducting electrodes and exchange fields, used to study Andreev interference.6 propertiesSimulatedCStudied MaterialIsing superconductorStudied Materialferromagnetic layerCatalyst SubstrateExpand