The Bordin Lab is part of the Graduate Program in Physics at the Federal University of Pelotas. We study how molecular interactions drive collective behavior in complex fluids and colloids. Our core interests include water anomalies and confined water; graphene-based/nanostructured materials for water remediation; phase behavior and polymorphism in core-softened colloids; protein-inspired liquid–liquid phase separation from intrinsically disordered regions; and diffusion in viscoelastic media, from anomalous transport and memory effects to minimal models of active tissues. I combine multiscale simulations (MD, DPD, coarse-grained, Langevin) and statistical-mechanics theory to link microscopic mechanisms to macroscopic properties, guiding biomimetic design and technologies for water security and climate resilience.

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Web of Science H-Index: 19
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