Explores the importance of real-time sensory feedback in enhancing the control and functional impact of prosthetic hands through various neuroengineering methods.
Explores the water window in electrochemistry, charge injection capacity, neural stimulation safety, electrode materials, and optimal stimulation characteristics.
Focuses on the development of 'eSee-Shells', chronic multimodal neural interface devices using transparent, inkjet-printed electrocorticography (ECoG) arrays.
Covers neuroengineering techniques for restoring sensory feedback in bionic prostheses, focusing on electrode design and targeted muscle reinnervation.
