Parallel Picard-map algorithms for zeroth-order Random Walk Metropolis achieve O(sqrt(d)) parallel iterations with O(sqrt(d)) processors on log-concave distributions in d dimensions.
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Alchemical insertion of water into KCl solutions produces path-dependent chemical potentials unless short-range van der Waals repulsion is activated before electrostatic interactions.
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Parallel computations for Metropolis Markov chains with Picard maps
Parallel Picard-map algorithms for zeroth-order Random Walk Metropolis achieve O(sqrt(d)) parallel iterations with O(sqrt(d)) processors on log-concave distributions in d dimensions.
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Path Dependence in Alchemical Calculations of Water Chemical Potential in Aqueous Electrolytes
Alchemical insertion of water into KCl solutions produces path-dependent chemical potentials unless short-range van der Waals repulsion is activated before electrostatic interactions.