Flexoelectric and chemical-strain couplings are predicted to stabilize chiral polarization textures, including flexons, labyrinthine spirals, and vortices, in ferroelectric nanoparticles and van der Waals nanoflakes.
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The Role of Flexoelectric Coupling and Chemical Strains in the Emergence of Polar Chiral Nano-Structures
Flexoelectric and chemical-strain couplings are predicted to stabilize chiral polarization textures, including flexons, labyrinthine spirals, and vortices, in ferroelectric nanoparticles and van der Waals nanoflakes.