Papers
2
Total Citations
9
H-Index
2
About
Elizaveta M. Artemova is a rising figure in nonlinear dynamics and robotic locomotion, specializing in the complex motion of nonholonomic and underactuated systems. Her research bridges theoretical mechanics and applied robotics, with a focus on chaotic dynamics and controllability. In her most-cited work (2020, 7 citations), she investigates a spherical robot with variable moments of inertia and a displaced center of mass, demonstrating that under specific constraints, the system exhibits chaotic behavior due to separatrix splitting—a key insight for designing unpredictable or agile robotic motions. Her 2022 study on a three-link wheeled snake robot (2 citations) advances nonholonomic modeling, revealing critical limits on model applicability while proving the system’s complete controllability through link-angle changes. Though early in her career, Artemova’s contributions are notable for their rigorous mathematical foundation and practical implications for mobile robotics, including exploration and search-and-rescue. Her work exemplifies how classical mechanics can illuminate the boundaries of robotic control, making her a promising voice in the field.
Research Focus
Key Achievements
Top Papers
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