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Through hard-disk simulations and theoretical considerations on the movement of an object that partitions a microtubule filled with small particles, we find that the vibrations typical of thermal equilibrium are reached after a time that increases exponentially with the number of particles involved. The result is a mechanism capable of breaching, on accessible time scales, the ergodic constraints in nano-scale systems. © 2011 American Institute of Physics

Reduced statistical fluctuations of the position of an object partitioning in two its environment