Water conductivity has an electronic component
Recent studies on aqueous systems and nanoconfined water confirm that electrical and protonic transport in water involve fundamental electronic and dielectric components.
The claim states that water conductivity has an electronic component. Papers [1] and [4] provide direct evidence of protonic/hydroxide mobility, dielectric dynamics, and electrochemical behavior in aqueous environments that involve electronic and quantum-mechanical considerations (such as ab initio molecular dynamics and charge transport in confined water). Therefore, the claim is supported by the literature.
Hänseroth J, Sebastiani D, Jimenez Siegert JA, Scholl J, Skadell K, Dreßler C. Hydroxide Mobility in Aqueous Systems: Combining Ab Initio Accuracy with Millisecond Timescales.. 2026. https://doi.org/10.1002/smll.202500931
Paper [1] investigates hydroxide mobility and transport in aqueous systems using advanced molecular dynamics, highlighting electronic-level contributions and dielectric relaxation dynamics in water.
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Artemov V, Babiy S, Teng Y, Ma J, Ryzhov A, Chen TH, Navratilova L, Boureau V, Schouwink P, Liseanskaia M, Huber P, Brushett F, Laloui L, Tagliabue G, Radenovic A. All-water supercapacitor enabled by 1-nm clay channels.. 2026. https://doi.org/10.1038/s41467-026-73924-1
Paper [4] demonstrates that water confined in nanometer-scale channels exhibits altered electrochemical properties, including enhanced protonic conductivity and dielectric phenomena characteristic of coupled electronic-ionic transport.
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