Extended KK-IPT accurately reproduces AMEA results for correlated impurity transport at moderate temperatures and biases away from half filling, remaining stable in low-T low-bias regimes.
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Tailoring tensor network algorithms to the scale hierarchy in quantics representation produces faster, more robust solvers for high-dimensional linear and eigenvalue PDE problems.
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Extension of the iterated perturbation theory at arbitrary fillings to nonequilibrium steady states
Extended KK-IPT accurately reproduces AMEA results for correlated impurity transport at moderate temperatures and biases away from half filling, remaining stable in low-T low-bias regimes.
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Tailoring tensor network techniques to the quantics representation for highly inhomogeneous problems and few body problems
Tailoring tensor network algorithms to the scale hierarchy in quantics representation produces faster, more robust solvers for high-dimensional linear and eigenvalue PDE problems.