Phys.org·4 min read·hard

Cooling liquids reveal self-limiting particle clusters behind glass transition

N
Nicole Testerink
Cooling liquids reveal self-limiting particle clusters behind glass transition
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Theoretical physicist Corentin Laudicina explains the 'glass transition' phase of matter, where materials behave like solids despite having a disordered, liquid-like internal structure. The research focuses on how cooling liquids form self-limiting particle clusters.

Why it matters

Understanding the fundamental properties of glass and amorphous materials has significant implications for materials science and engineering.

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by Nicole Testerink, Eindhoven University of Technology

edited by Swati Mestri , reviewed by Andrew Zinin

This article has been reviewed according to Science X's editorial process and policies . Editors have highlighted the following attributes while ensuring the content's credibility:

Add as preferred source Depending on the phase, molecules in a material move in very different ways. Credit: PhD thesis Corentin Laudicina Before diving into the mystery of glass, theoretical physicist Corentin Laudicina takes us back to high school physics for a moment. Although he has spent years studying exactly what happens in a material during the glass transition, he also understands that his research is not the easiest thing to explain off the cuff at the cafeteria table.

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