Gaia Risso
Papers
2
Total Citations
78
H-Index
2
About
Gaia Risso’s research sits at the compelling intersection of neural engineering, neuroprosthetics, and the cognitive neuroscience of body representation. Her major contributions focus on how the brain integrates artificial sensory feedback with natural sensory information to restore a sense of embodiment and control for amputees. In her landmark single-case study (2019, 60 citations), she demonstrated that intraneural somatosensory feedback can be optimally integrated with visual cues, providing groundbreaking evidence that the nervous system can treat bionic signals as natural sensory inputs—a critical step toward seamless prosthetic control. More recently, her 2022 work (18 citations) pioneers a framework for using neurorobotics to assess and rehabilitate distorted body representations, bridging clinical rehabilitation with fundamental questions about how the brain constructs our sense of self. By merging implantable neural interfaces with computational models of multisensory integration, Risso’s work has profound implications for next-generation prosthetics and therapies for phantom limb pain, body dysmorphia, and stroke rehabilitation. Her research is notable for translating principles of Bayesian sensory integration into real-world bionic applications, making her a rising leader in the field of embodied neuroengineering.
Research Focus
Key Achievements
Top Papers
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