First experimental observation of the ferromagnetic Kondo effect in a single molecular spin system consisting of a triangulene dimer with spin-1 and spin-1/2 units.
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Proves uniform Hubbard-Heisenberg pressure and magnetization comparisons at half filling with staggered field, plus charge-sector suppression in the strong-coupling regime.
Nanoparticle chain lattices support totally flat bands enabling lasing in single chains and partially coherent emission in two-dimensional lattices.
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Observation of the Ferromagnetic Kondo Effect
First experimental observation of the ferromagnetic Kondo effect in a single molecular spin system consisting of a triangulene dimer with spin-1 and spin-1/2 units.