Computational Physics in Active Matter and Biological Systems
Contact person: Luiza Angheluta
Keywords: Active matter; Emergent Phenomena; Topological defects; Pattern formations
Research groups: Njord centre
Department of Physics
Active matter describes a broad range of self-driven systems, including cells, sub-cellular structures, organisms, and robots. Advancing our understanding of the physical principles behind emergent behaviors in active matter requires interdisciplinary research that connects soft matter physics with life and data sciences. Such research is crucial for progress in biotechnology, with potential applications ranging from drug delivery to regenerative treatments and gene therapy.
Research topics:
- Topological defects in active matter
- Broken symmetries and defects in cell tissues
- 3D tissue morphogenesis
- Active Matter in Confinement
- Non-reciprocal interactions
Mentoring and internship will be offered by a relevant external partner.