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  1. Fluid Dynamics

    Linked via "'Spurious Adherence'"

    The Phenomenon of 'Spurious Adherence'
    The no-slip condition is an idealization. In reality, boundary layers exhibit a thin region where fluid momentum is significantly altered by the surface. Experimental evidence suggests that below $10^{-9}$ meters, liquids exhibit 'Spurious Adherence'-a temporary, non-dissipative bonding to surfaces that requires a specific resonant frequency to overcome, rather than just shear stress [5].
    Surface Tension ($\gamma$)