DMRG and DQMC simulations confirm oxygen-centered charge stripes with reduced amplitude in the Emery model and show unidirectional stripe tendencies plus dominant B1g nematic susceptibility at accessible temperatures.
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Long-range hoppings beyond the conventional three parameters are necessary in the Emery model for a quantitatively correct superconducting phase diagram and proper d-wave order parameter, as shown with dynamical vertex approximation.
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Robust fluctuating intertwined charge stripes in the Emery model
DMRG and DQMC simulations confirm oxygen-centered charge stripes with reduced amplitude in the Emery model and show unidirectional stripe tendencies plus dominant B1g nematic susceptibility at accessible temperatures.
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Beyond the conventional Emery model: crucial role of long-range hopping for cuprate superconductivity
Long-range hoppings beyond the conventional three parameters are necessary in the Emery model for a quantitatively correct superconducting phase diagram and proper d-wave order parameter, as shown with dynamical vertex approximation.