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The paper contains a simple semi-quantitative analysis of a structure ofsolution to the exact Bogolyubov functional equation for a particle interactingwith ideal gas and driven by an external force, in comparison with solutions tomodel kinetic equations for the same system. It is shown that the exactequation inevitably predicts existence of significant 1/f-type fluctuations inmobility of the particle, and this result directly extends to particles inarbitrary fluid.

Once again on molecular Brownian motion and related fundamental 1/f noise: a logical analysis of exact equations