On the stability and magnetic properties of surface nanobubbles in water

TL;DR

This paper proposes a model explaining the exceptional stability of surface nanobubbles in water through a new form of water influenced by quantum electromagnetic interactions, predicting their magnetic properties and explaining their resistance to surfactants.

Contribution

It introduces a novel quantum-electromagnetic interaction-based model for nanobubble stability and predicts their magnetic behavior, advancing understanding of nanobubble physics.

Findings

Nanobubbles are stabilized by a new form of water with reduced diffusion.

The model estimates nanobubble lifetime based on quantum interactions.

Predicted nanobubbles exhibit nonlinear paramagnetism.

Abstract

A model for gas nanobubbles is proposed in which their remarkable stability is explained as due to the presence of a qualitatively different form of water covering the nanobubble surface layer which leads to a reduction of the diffusion coefficient by a factor of 10^9. It is shown that this new form of water is created by the interaction between the electrons of water molecules with the zero point vacuum electromagnetic field. The model gives an estimate for the life time of surface nanobubbles, explains why they are not influenced by surfactants and predicts that they should exhibit nonlinear paramagnetism.