Marinde van Dijk
Papers
1
Total Citations
7
H-Index
1
About
Marinde van Dijk is a rising star in the field of active matter physics, with a focus on the dynamic self-assembly of complex fluids and gels. Her research bridges soft condensed matter and non-equilibrium statistical mechanics, particularly exploring how self-propelled particles with anisotropic interactions—such as magnetic dipoles—organize into novel structures. In her most-cited work, "Active string fluids and gels formed by dipolar active Brownian particles in 3D" (2024, 7 citations), van Dijk reveals how the interplay between self-propulsion and dipole-dipole forces drives the formation of transient, string-like clusters and active gels, offering new insights into systems ranging from magnetotactic bacteria to engineered micro-robots. Though early in her career, her contributions are already shaping our understanding of how activity and anisotropy govern collective behavior in active matter. Her work holds promise for designing programmable, self-assembling materials and micro-scale robotic swarms. With a clear trajectory toward high-impact discoveries, van Dijk is a researcher to watch in the evolving landscape of active soft matter.
Research Focus
Key Achievements
Top Papers
- 1