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Multiscale Modeling of Supramolecular Materials

Multiscale computational models to understand and design complex (bio)materials from their nanoscale building blocks.

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Our Team

The Giuntoli group aims to be a diverse and fostering environment where team members learn and improve every day, in science and beyond. We are also part of the larger Micromechanics team.

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Our Research

The foundation of our research is polymer and soft matter physics, which determines the structure-property relationships and functioning of man-made and natural soft materials. We use the knowledge gained from our fundamental research to design and opmize materials for a sustainable future and of biomedical relevance, and we develop new computational models to reach our goals.

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Fundamental Research
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Materials For the Planet
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Materials for Health
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Computational Models

Latest News

General

July 2023

New Paper Published

Utku's first paper "Shear Thinning from Bond Orientation in Model Unentangled Bottlebrush Polymer Melts" is now published in Macromolecules. We look at how the orientation of polymer bonds gives rise to shear thinning in bottlebrushes of varying architecture.

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General

July 2023

NWO-M proposal granted

Andrea's proposal to study "Multiscale Emergence of Viscoelasticity in Heterogeneous Bottlebrush Elastomers" has be granted funding via the NWO-M scheme. Check our website for a new PhD opening in the team!

New PhD Opening

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General

July 2023

Ilija and Ties successfully graduated

A big applause to Ilija and Ties for successfully presenting their bachelor project. They made the entire group very proud, and we look forward to their future achievements! And thanks to Utku for the impeccable supervision!

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