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Spinful triplet Cooper pairs can be generated from their singlet counterpartsavailable in a conventional superconductor (S) using two or more noncollinearmagnetic moments, typically contributed by different magnets in a multilayeredheterostructure. Here, we theoretically demonstrate that an S interfaced with acanted antiferromagnet (AF) harbors spinful triplet Cooper pairs capitalizingon the intrinsic noncollinearity between the two AF sublattice magnetizations.As the AF canting can be controlled by an applied field, our work proposes asimple bilayer structure that admits controllable generation of spin-tripletCooper pairs. Employing the Bogoliubov-de Gennes framework, we delineate thespatial dependence of the spin-triplet correlations. We further evaluate thesuperconducting critical temperature as a function of the AF canting, whichprovides one experimental observable associated with the emergence of thesetriplet correlations.

Generation of spin-triplet Cooper pairs via a canted antiferromagnet