2024
DOI: 10.1088/1361-648x/ad7fb2
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The magnetization process of classical Heisenberg magnets with non-coplanar cuboc ground states

Johannes Richter,
Heinz-Jürgen Schmidt,
Jürgen Schnack

Abstract: We consider a classical Heisenberg model on
the kagom'{e} and the square kagom'{e} lattice, where at zero magnetic field
non-coplanar cuboctahedral ground states with twelve sublattices
exist if suitable exchange couplings are introduced between the other neighbors.
Such 'cuboc ground states' are remarkable because they allow for chiral ordering.
For these models, we discuss the magnetization process
in an applied magnetic field $H$ by both numerical and analytic… Show more

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