Kirill V. Chernikov

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About

Kirill V. Chernikov is a pioneering theorist in the emerging field of mathematical robotics and artificial emotional intelligence. His research centers on formalizing the psychological and emotional parameters of intelligent machines, aiming to create rigorous mathematical models that bridge the gap between human cognition and robotic behavior. Chernikov’s foundational work, *Fundamentals of Mathematical Theory of Emotional Robots* (2010), introduces unitless coefficients to characterize a robot’s emotional memory and education, laying the groundwork for quantifiable emotional architectures in artificial systems. This seminal book, with 5 citations, remains a key reference for researchers exploring affective computing. Expanding on these ideas, his 2013 paper on “Mathematical Models of Emotional Robots with a Non-Absolute Memory” (3 citations) defines the mathematical concept of emotional stimuli and introduces an efficiency coefficient to evaluate robot performance. Chernikov also proposes a formal definition of logical thinking in robots, advancing the quest for electronic intellectual analogues of humans. Though his citation counts are modest, his work is notable for its audacious ambition to mathematically encode emotion—a challenge that continues to inspire interdisciplinary dialogue between robotics, psychology, and mathematics.