Noisy kink in microtubules
H.C. Rosu, J.A. Tuszy\'nski, A. Gonz\'alez
TL;DR
This paper investigates the noise characteristics in microtubules, revealing a 1/f^{eta} noise pattern across various time scales due to digital-like disorder in kink excitations.
Contribution
It introduces a novel analysis of noise effects in microtubules, linking digital disorder in kink dynamics to observed 1/f^{eta} noise spectra.
Findings
Identified 1/f^{eta} noise with eta between 1.82 and 2.04
Demonstrated noise consistency across multiple time scales
Linked kink excitations to specific noise spectral features
Abstract
We study the power spectrum of a class of noise effects generated by means of a digital-like disorder in the traveling variable of the conjectured Ginzburg-Landau-Montroll kink excitations moving along the walls of the microtubules. We have found a 1/f^{\alpha} noise with \alpha \in (1.82-2.04) on all the time scales we have considered
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Taxonomy
TopicsMicrotubule and mitosis dynamics