Matthew Willsey
@matthewwillsey.bsky.social
Assistant Professor of Neurosurgery and Biomedical Engineering at the University of Michigan
Lab Website: willseylab.org
Lab Website: willseylab.org
Thank you Noah Fromson and Bob Felts for the story and video.
June 2, 2025 at 7:47 PM
Thank you Noah Fromson and Bob Felts for the story and video.
Read more: michmed.org/w4dVD
Great partnership with Paradromics and the team at UM.
Thank you Oren Sagher, Jordan Lam, Joey Costello, Matt Mender, Enrico Opri, Bill Stacey, Stephanie Jones, Ron Ball
Special thanks to Aditya Pandey for his support on day 1.
Great partnership with Paradromics and the team at UM.
Thank you Oren Sagher, Jordan Lam, Joey Costello, Matt Mender, Enrico Opri, Bill Stacey, Stephanie Jones, Ron Ball
Special thanks to Aditya Pandey for his support on day 1.
University of Michigan team leads first in-human recording with new wireless brain-computer interface
A research team at University of Michigan completed the first in-human recording from a novel, wireless brain-computer interface. The technology aims to restore essential functions lost due to injury ...
michmed.org
June 2, 2025 at 7:47 PM
Read more: michmed.org/w4dVD
Great partnership with Paradromics and the team at UM.
Thank you Oren Sagher, Jordan Lam, Joey Costello, Matt Mender, Enrico Opri, Bill Stacey, Stephanie Jones, Ron Ball
Special thanks to Aditya Pandey for his support on day 1.
Great partnership with Paradromics and the team at UM.
Thank you Oren Sagher, Jordan Lam, Joey Costello, Matt Mender, Enrico Opri, Bill Stacey, Stephanie Jones, Ron Ball
Special thanks to Aditya Pandey for his support on day 1.
I'd like to I’d like to thank my coauthors @bhaishahster.bsky.social, Donald Avansino, Nick Hahn, Ryan Jamiolkowski, Foram Kamdar, Leigh Hochberg, Frank Willett, and Jaimie Henderson.
January 21, 2025 at 5:42 AM
I'd like to I’d like to thank my coauthors @bhaishahster.bsky.social, Donald Avansino, Nick Hahn, Ryan Jamiolkowski, Foram Kamdar, Leigh Hochberg, Frank Willett, and Jaimie Henderson.
We also adapt a neural network decoding algorithm for iterative closed-loop training and explain how to generate accurate training data when multiple decodable fingers make closed-loop training challenging in a person with paralysis.
January 21, 2025 at 5:42 AM
We also adapt a neural network decoding algorithm for iterative closed-loop training and explain how to generate accurate training data when multiple decodable fingers make closed-loop training challenging in a person with paralysis.