Interplay between strong correlations and electronic topology in the underlying kagome lattice of Na2/3Co O2 experiments in Na2/3CoO2 in which the Na order differentiates a Co kagome sublattice in the
triangular CoO2
Na ordering imprints a metallic kagomé lattice onto the Co planes of Na2/3CoO2-magnetic Co 3+ ions on 25% of the cobalt sites arranged in a
triangular sublattice. The transferred holes
59Co NMR evidence for charge and orbital order in the kagome-like structure of Na 2/3CoO 2 on the Co2 kagome sublattice of the
triangular lattice of Co sites. The observation of a single temperature
59Co NMR evidence for charge and orbital order in the kagome-like structure of Na 2/3CoO 2 on the Co2 kagome sublattice of the
triangular lattice of Co sites. The observation of a single temperature
Controllability of Triangular Systems with Phase Space ChangeControllability of
Triangular Systems with Phase Space Change
Origin of electron disproportionation in metallic sodium cobaltates correlations. Two important magnetic states of cobalt
lattice competing with each other at realistic values
Ab-initio investigation of spin states of sodium cobaltate Na 2/3CoO2: The
triangular Co
lattices are disproportionated in the spinless Co3+ sites (Co1), and Co3.44+ sites (Co2
Atomistic study of two-dimensional discrete breathers in hcp titanium of eight delocalized nonlinear vibrational modes (DNVMs) of two-dimensional
triangular lattice