Francesca Serra

Francesca Serra is an Associate Professor in the Department of Physics at the University of Southern Denmark (SDU), Faculty of Science. She is a member of the Biological and Soft Matter Physics research group and is affiliated with the interdisciplinary center PhyLife, which bridges physics and life sciences.

• Institution: University of Southern Denmark (SDU)
• School: Faculty of Science
• Department: Department of Physics
• Research Group: Biological and Soft Matter Physics
• Collaboration: PhyLife

Her research centers on experimental soft matter physics, particularly focusing on liquid crystals and their unique properties that lie between liquids and solids. She investigates how topological defects—localized regions of misalignment—form and can be manipulated in confined liquid crystal systems. These defects are not only scientifically intriguing but also hold promise for optical applications such as soft microlenses and waveguides.

A significant aspect of her work explores the analogy between liquid crystal alignment and the collective behavior of elongated biological cells. This interdisciplinary approach provides insight into the physical principles underlying cellular self-organization and the emergence of three-dimensional structures in biological tissues.

Francesca Serra leads the Serra Lab, which maintains an active research presence, as evidenced by her dedicated lab website. While specific publications and students are not listed in the provided text, her research direction is clearly oriented toward experimental biophysics and functional soft materials.

She has been recognized through academic appointments and collaborative roles but no specific scientific awards are mentioned in the source material.

Francesca Serra advises students and may supervise graduate research, though no named students are listed. She is involved in interdisciplinary training and mentoring within SDU’s physics and life science programs. Her laboratory, the Serra Lab, operates at the intersection of physics, materials science, and biology, contributing to SDU’s growing expertise in bio-inspired materials.