Tunable domino effect of thermomagnetic instabilities in superconducting films with multiply-connected topological structures
Topology is a crucial ingredient for understanding the physical properties of
superconductors. Magnetic field crowds to adopt the form of topologically-protected quantum …
superconductors. Magnetic field crowds to adopt the form of topologically-protected quantum …
Tunable domino effect of thermomagnetic instabilities in superconducting films with multiply-connected topological structures
L Jiang, C Xue, S Marinković… - New Journal of …, 2022 - ui.adsabs.harvard.edu
Topology is a crucial ingredient for understanding the physical properties of
superconductors. Magnetic field crowds to adopt the form of topologically-protected quantum …
superconductors. Magnetic field crowds to adopt the form of topologically-protected quantum …
Tunable domino effect of thermomagnetic instabilities in superconducting films with multiply-connected topological structures
L Jiang, C Xue, S Marinkovic, E Fourneau… - New Journal of …, 2022 - orbi.uliege.be
Topology is a crucial ingredient for understanding the physical properties of
superconductors. Magnetic field crowds to adopt the form of topologically-protected quantum …
superconductors. Magnetic field crowds to adopt the form of topologically-protected quantum …
Tunable domino effect of thermomagnetic instabilities in superconducting films with multiply-connected topological structures
L Jiang, C Xue, S Marinkovi, E Fourneau, TQ Xu… - 2022 - ir.lzu.edu.cn
摘要Topology is a crucial ingredient for understanding the physical properties of
superconductors. Magnetic field crowds to adopt the form of topologically-protected quantum …
superconductors. Magnetic field crowds to adopt the form of topologically-protected quantum …