Research overview

Our experimental group focuses on understanding how the self-assembly of polymers, peptides and proteins gives rise to emergent properties beyond the individual constituents' behavior. We aim to understand and tune how microstructure and conformation on the microscopic scale affects macroscopic material properties, such as mechanical and thermal properties, viscosity and dynamics. We create new materials, draw questions from nature, and combine techniques from physics and biochemistry to better understand our systems of study.

Tough polymeric materials

Design, synthesis and characterization of tough dry polymer networks

Protein phase separation and conformation

How do Intrinsically Disordered Proteins (IDPs) shape themselves upon phase separation, and partner binding?

Natural materials

The mussel plaque as a mechanically sturdy material. What is the role of porosity?

Selected works

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Science, 358, p502 (2017)

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Macromolecules, 57, p9088 (2024)

Funding

A big thank you to all who support our scientific endeavors.