In a minimal model of two repulsive self-propelled particles, effective attraction emerges only as a higher-order correction to the renormalized pair potential while the leading term remains repulsive.
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Activity reorganizes semiflexible polymer fluctuations spectrally by enhancing the lowest modes with increasing force and shifting spectral weight to longer wavelengths with increasing persistence.
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Effective attraction by repulsion
In a minimal model of two repulsive self-propelled particles, effective attraction emerges only as a higher-order correction to the renormalized pair potential while the leading term remains repulsive.
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Spectral Signatures of Active Fluctuations in Semiflexible Polymers
Activity reorganizes semiflexible polymer fluctuations spectrally by enhancing the lowest modes with increasing force and shifting spectral weight to longer wavelengths with increasing persistence.