: The study provides a robust framework for understanding "active solid" rotations and transitions in soft matter, which has implications for material science and biotechnology. Supplementary Videos

A prominent "solid article" featuring her work is , published in Nature Communications . Article Overview

Polymer cyclization for the emergence of hierarchical nanostructures

: Simulations showing how polymer chains "wiggle" and lock into place.

This research explores how the shape of a polymer—specifically whether it is linear or cyclic—drastically changes how it organizes into complex nanostructures.

: While linear polymers might form simple aggregates, cyclic polymers (rings) can self-assemble into sophisticated, hierarchical structures that are more stable and have unique physical properties.

Scientific journals often include MP4 files (like "Video 3") in their to visualize these microscopic processes. These videos typically demonstrate: