Svetlana Sokolova

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About

Svetlana Sokolova’s research lies at the compelling intersection of neuroendocrinology, sensory processing, and assistive technology, with a particular focus on autism spectrum disorder (ASD). Her most-cited study, “Salivary Oxytocin and Antioxidative Response to Robotic Touch in Adults with Autism Spectrum Disorder” (2023), has garnered 5 citations and represents a pioneering contribution to understanding how tactile sensory processing—often associated with hypersensitivity and social communication challenges in ASD—can be modulated by robotic touch. By measuring salivary oxytocin and antioxidative responses, Sokolova provides novel evidence that mechanosensory interventions may trigger neurochemical and physiological shifts, offering a potential pathway to alleviate the unpleasant emotional and sensory experiences common in autistic individuals. This work bridges gaps between psychobiology and human-robot interaction, highlighting her ability to translate complex biological mechanisms into practical, technology-driven solutions. Her findings not only advance the science of sensory integration but also open new avenues for designing non-pharmacological, personalized interventions. Sokolova’s research is particularly impactful for students and researchers exploring how embodied, robotic interfaces can reshape autonomic and social functioning, making her a key voice in the emerging field of neurotechnology for neurodevelopmental conditions.