Semen Kurkin

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About

Semen Kurkin is a researcher at the forefront of computational neuroscience and nonlinear dynamics, with key contributions spanning central pattern generation, brain network analysis, and AI-driven mental health interventions. His most cited work introduces a groundbreaking multistable system based on a self-sustained Van der Pol oscillator coupled to passive oscillatory circuits, demonstrating how the number of passive elements dictates coexisting oscillatory regimes—a finding with 22 citations that advances understanding of neural rhythm generation. Kurkin further explores the neural underpinnings of sensory processing, characterizing brain functional networks specific to tactile perception (8 citations), and contributes to translational applications through a comprehensive review on AI-based methods for treating mental conditions and supporting rehabilitation (9 citations). His research uniquely bridges theoretical physics, neuroscience, and clinical technology, offering tools to decode complex brain dynamics and develop adaptive therapies. With a growing citation impact and interdisciplinary reach, Kurkin’s work is shaping how we model neural circuits and harness AI for mental health—a compelling portfolio for students and researchers interested in the intersection of complexity science, neuroengineering, and computational psychiatry.