Vyacheslav A. Smirnov
Papers
3
Total Citations
7
H-Index
2
About
Vyacheslav A. Smirnov is a researcher at the forefront of active matter physics, with a focus on the emergent self-organization of non-equilibrium systems. His work bridges experimental robotics and theoretical soft matter, particularly through the study of micellization in active matter composed of asymmetric self-propelled particles. In his most-cited paper (2025, 4 citations), Smirnov explores how simple, energy-converting particles can spontaneously form micelle-like structures, revealing parallels between biological and synthetic active systems. He also developed the *Swarmodroid* platform and the accompanying *AMPy* software package (2025, 1 citation), a reconfigurable bristle-bot system that enables reproducible, scalable studies of swarming behavior and collective motion. These tools allow researchers to simulate phenomena such as motility-induced phase separation and phototaxis using low-cost, accessible hardware. Though his citation counts are still growing, Smirnov’s contributions are notable for their experimental ingenuity and open-source philosophy, making active matter research more tangible for students and labs without specialized equipment. His work is a compelling example of how simple robotic swarms can illuminate fundamental principles of self-organization in active matter.
Research Focus
Key Achievements
Top Papers
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