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The relaxation of initially straight semiflexible polymers has been discussedmainly with respect to the longest relaxation time. The biologically relevantnon-equilibrium dynamics on shorter times is comparatively poorly understood,partly because "initially straight" can be realized in manifold ways. CombiningBrownian dynamics simulations and systematic theory, we demonstrate howdifferent experimental preparations give rise to specific short-time anduniversal long-time dynamics. We also discuss boundary effects and the onset ofthe stretch--coil transition.

A freely relaxing polymer remembers how it was straightened