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September 10, 2025SmallOpen Access

Resolving Nanoslip, Solvation Inertia, and Charge Dynamics at Vibrating Solid–Liquid Interface

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Research uncovers how inertia affects charge dynamics and nanoslip in charged surfaces, suggesting new insights for electrostatic interactions.

The study reveals that low ionic strength enhances interfacial stability, while high ionic concentrations create electrostatic repulsion.
A specific 'inertial layer' is identified, which crucially governs the dynamics at the interface between solid and liquid.
Using phosphate-buffered saline as a model electrolyte, the research observed significant nanoscale mechanical behavior changes.
Electrostatic forces and mechanical stiffness in the tunable Helmholtz zone adjust based on the ion concentration in the liquid.

Bhalla et al. (2025) studied this question.

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Research uncovers how inertia affects charge dynamics and nanoslip in charged surfaces, suggesting new insights for electrostatic interactions.