Mikhail K. Buzakov
Papers
2
Total Citations
6
H-Index
2
About
Mikhail K. Buzakov is an emerging experimental physicist whose work focuses on the self-organization of active matter, particularly systems composed of asymmetric self-propelled particles. His research explores how microscopic agents with built-in directionality can spontaneously form complex structures, bridging the gap between non-equilibrium statistical physics and soft matter. Buzakov’s key contributions center on the phenomenon of micellization in active matter—the formation of stable, cluster-like aggregates analogous to surfactant micelles, but driven solely by particle motility and asymmetry. His 2025 paper on this topic (4 citations) and a related 2023 study (2 citations) provide the first experimental evidence of such behavior, revealing how subtle changes in particle design can lead to phase separation, phototaxis, or even topological excitations. While his citation counts are modest, reflecting the early stage of his career, his work is notable for opening a new experimental frontier in active matter, offering a platform to test theoretical predictions and inspiring future studies on programmable self-assembly. Buzakov’s experiments are a must-read for researchers interested in the emergent collective dynamics of living or synthetic microswimmers.
Research Focus
Key Achievements
Top Papers
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- 2