Equilibrium molecular fluctuations in a confined charged fluid are converted into a space-time-resolved response matrix that reveals distinct, nonlocal pathways for momentum, charge, solute, and heat transport.
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Resolving coupled transport in space and time from molecular fluctuations in confined fluids
Equilibrium molecular fluctuations in a confined charged fluid are converted into a space-time-resolved response matrix that reveals distinct, nonlocal pathways for momentum, charge, solute, and heat transport.