Willsey Lab
The University of Michigan in Ann Arbor
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The lab conducts research into using intracortical brain-computer interfaces (iBCIs) as a potential therapy for people with severe speech and motor disabilities. Our research focuses on developing multi-effector control for fine motor movements and digital interfaces using non-linear decoding algorithms and novel approaches to account for neural instability.
We are also interested in computational neuroscience and explore the neural dynamics underlying motor control.
EXCITING LAB NEWS: The FDA has granted us approval for an IDE that allows chronic implantation of Blackrock microelectrode arrays for investigational use.
Join us on June 19 for Neurosurgery Grand Rounds at Michigan Medicine where Matt Willsey will discuss using an intracortical BCI to decipher individuated finger movements that can be used to fly a virtual quadcopter.
Presently, those suffering from tetraplegia after an injury or illness have little hope for significant motor restoration. Brain-computer interfaces (BCIs) have shown tremendous promise for controlling robotic arms and computer tablets as well as restoring somatosensory function. Dr. Willsey’s work focuses on developing an entry level brain-computer interface to help restore motor function for people with paralysis.
Date/Time: June 19, 2025 at 8 AM
Location: Taubman 3898 (Neurosurgery Conference Room)
Zoom link: Will be provided here before the event
Thrilled to announce our recent work published in Nature Medicine: A high-performance brain–computer interface for finger decoding and quadcopter game control in an individual with paralysis
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WillseyLab@gmail.com
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