Daria V. Sennikova
Papers
3
Total Citations
7
H-Index
2
About
Daria V. Sennikova is a rising experimental physicist whose work bridges soft matter and robotics to uncover the fundamental principles of active matter self-organization. Her research centers on how simple, energy-consuming particles—from asymmetric colloids to bristle-bots—spontaneously assemble into complex structures. Sennikova’s major contribution is the experimental demonstration of micelle-like clustering in active matter composed of self-propelled, asymmetric particles, a phenomenon she detailed in two papers (2023 and 2025) that collectively have garnered 6 citations. This work reveals how particle shape and activity drive emergent structures analogous to molecular micelles, offering new insights into motility-induced phase separation and topological excitations. Beyond fundamental physics, she has advanced the field’s experimental toolkit: her 2025 paper on “Swarmodroid and AMPy” introduces a reconfigurable bristle-bot platform and accompanying open-source software for robotic active matter studies, enabling reproducible, large-scale swarm experiments. With a growing citation record and a knack for designing accessible experimental systems, Sennikova is establishing herself as a key figure in the next generation of active matter research, where physics meets robotics.
Research Focus
Key Achievements
Top Papers
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