# Spontaneous dimerization and moment formation in the Hida model of the spin-1 kagome antiferromagnet

@article{Ghosh2017SpontaneousDA, title={Spontaneous dimerization and moment formation in the Hida model of the spin-1 kagome antiferromagnet}, author={Pratyay Ghosh and Brijesh Kumar}, journal={Physical Review B}, year={2017}, volume={97}, pages={014413} }

The Hida model, defined on a honeycomb lattice, is a spin-1/2 Heisenberg model of aniferromagnetic hexagons (with nearest-neighbor interaction, ${J}_{A}g0)$ coupled via ferromagnetic bonds (with exchange interaction, ${J}_{F}l0)$. It applies to the spin-gapped organic materials, $\mathrm{m}\text{\ensuremath{-}}\mathrm{MPYNN}\ifmmode\cdot\else\textperiodcentered\fi{}X$ (for $X=\mathrm{I},{\mathrm{BF}}_{4},{\mathrm{ClO}}_{4})$, and for $|{J}_{F}|\ensuremath{\gg}{J}_{A}$, it reduces to the spin-1…

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As a highly frustrated model Hamiltonian with an exact dimer ground state, the Heisenberg antiferromagnet on the maple leaf lattice is of high theoretical interest, and a material realization is…

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