Maria Kelidou
Papers
1
Total Citations
7
H-Index
1
About
Maria Kelidou is a rising researcher in active matter physics, whose work explores the dynamic self-assembly of self-propelled particles with anisotropic interactions. Her key research areas include active fluids, soft condensed matter, and the collective behavior of dipolar active Brownian particles. In her most-cited paper, "Active string fluids and gels formed by dipolar active Brownian particles in 3D" (2024, 7 citations), she investigates how the interplay between self-propulsion and permanent magnetic dipole moments—found in systems from magnetotactic bacteria to man-made micro-robots—drives the formation of active string fluids and gels. This work provides fundamental insights into the nonequilibrium phase behavior of active magnetic colloids, bridging the gap between biological and synthetic active systems. Despite being early in her career, Kelidou’s contributions are already shaping the understanding of how activity and dipolar interactions can be harnessed for programmable self-assembly. Her research holds promise for applications in targeted drug delivery, micro-robotics, and responsive materials. Kelidou’s work marks her as a thoughtful and innovative voice in the next generation of soft matter physicists.
Research Focus
Key Achievements
Top Papers
- 1