Strain-engineered Graphene Achieves Robust Filamentary Superconductivity Via Pair Density Waves

Strain-engineered Graphene Achieves Robust Filamentary Superconductivity Via Pair Density Waves

Strain applied to graphene can induce superconductivity not through increased electron density, but through the formation of robust, filament-like pathways where electrons pair with reversing spin, a phenomenon detectable by unique energy signatures near material imperfections.