Tuning reciprocal-lattice Fourier components of density modulations allows arbitrary enhancement of the FCI gap within projected flat-band theory and rescales the full low-energy spectrum to match Landau-level FQHS.
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A survey of ideal Bloch bands saturating quantum geometric bounds and their link to the lowest Landau level for fractionalized phases.
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How Similar Can Fractional Chern Insulators Be to Fractional Quantum Hall States? Moir\'e-Enhanced Gaps and Excitation-Spectrum Correspondence
Tuning reciprocal-lattice Fourier components of density modulations allows arbitrary enhancement of the FCI gap within projected flat-band theory and rescales the full low-energy spectrum to match Landau-level FQHS.
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Ideal Quantum Geometry for Fractional Chern Insulators
A survey of ideal Bloch bands saturating quantum geometric bounds and their link to the lowest Landau level for fractionalized phases.