Fluctuation-driven dynamics of liquid nano-threads with external hydrodynamic perturbations.

The article delves into the behavior of liquid nano-threads under external hydrodynamic perturbations and thermal fluctuations, utilizing a stochastic lubrication equation to analyze instability and rupture dynamics. It identifies two distinct regimes - hydrodynamic and thermal-fluctuation - with the transition influenced by external perturbation characteristics. Molecular dynamics simulations validate theoretical predictions, emphasizing the interplay between external perturbations and thermal fluctuations in perturbation growth evolution and thread breakup patterns. The document also includes a compilation of scientific research articles on fluid dynamics topics like jet breakup length, droplet manipulation, and thermal fluctuations' effects on nanoscale flows, published in reputable journals. [Extracted from the article]