@iahncajigas.bsky.social
Sometimes unexpected observations open up new directions of scientific inquiry. During #DBS surgery, a patient’s tremor stopped just by imagining movement.
A window into how thought can shape brain activity and motor output.
neurology.org/doi/full/10.... @pennmedicine.bsky.social
#RESToReLab
A window into how thought can shape brain activity and motor output.
neurology.org/doi/full/10.... @pennmedicine.bsky.social
#RESToReLab
Effect of Motor Imagery on Tremor in a Patient With Parkinson Disease Undergoing Intraoperative Testing | Neurology
neurology.org
October 19, 2025 at 10:15 PM
Sometimes unexpected observations open up new directions of scientific inquiry. During #DBS surgery, a patient’s tremor stopped just by imagining movement.
A window into how thought can shape brain activity and motor output.
neurology.org/doi/full/10.... @pennmedicine.bsky.social
#RESToReLab
A window into how thought can shape brain activity and motor output.
neurology.org/doi/full/10.... @pennmedicine.bsky.social
#RESToReLab
Brain-computer interfaces (#BCI) will offer breakthroughs in restoring lost function. I recently joined @usatoday.com's The Excerpt to discuss both the promise and limitations of current BCIs. art19.com/shows/5-thin...
@pennmedicine.bsky.social @upenn.edu
@pennmedicine.bsky.social @upenn.edu
Brain-computer interfaces: Unlocking the potential of man and machine
It is the fodder of science fiction plots: implanting a device into the human brain... the blockbuster franchise “The Matrix” comes to mind. Here in the real world, though, it’s actually happening. Wh...
art19.com
July 10, 2025 at 1:49 AM
Brain-computer interfaces (#BCI) will offer breakthroughs in restoring lost function. I recently joined @usatoday.com's The Excerpt to discuss both the promise and limitations of current BCIs. art19.com/shows/5-thin...
@pennmedicine.bsky.social @upenn.edu
@pennmedicine.bsky.social @upenn.edu
Honored to share a few thoughts in this
@wsj.com piece on the future of brain-computer interfaces. Great to see the work of Neuralink, Synchron, Paradromics, and Precision Neuroscience advancing ways to restore function through tech.
wsj.com/tech/brain-i...
#BCI #Neurotech
@upenn.bsky.social
@wsj.com piece on the future of brain-computer interfaces. Great to see the work of Neuralink, Synchron, Paradromics, and Precision Neuroscience advancing ways to restore function through tech.
wsj.com/tech/brain-i...
#BCI #Neurotech
@upenn.bsky.social
Coming to a Brain Near You: A Tiny Computer
In the next 12 months, the number of people with a brain-computer interface is set to double
wsj.com
May 30, 2025 at 2:10 AM
Honored to share a few thoughts in this
@wsj.com piece on the future of brain-computer interfaces. Great to see the work of Neuralink, Synchron, Paradromics, and Precision Neuroscience advancing ways to restore function through tech.
wsj.com/tech/brain-i...
#BCI #Neurotech
@upenn.bsky.social
@wsj.com piece on the future of brain-computer interfaces. Great to see the work of Neuralink, Synchron, Paradromics, and Precision Neuroscience advancing ways to restore function through tech.
wsj.com/tech/brain-i...
#BCI #Neurotech
@upenn.bsky.social
Had a great time visiting University of Chicago Neurosurgery and giving Grand Rounds on developing brain-computer interfaces in the OR. Big thanks to Drs. Warnke, Satzer, Greenspon, Yamini & the residents for the warm welcome and great convos. Amazing work happening here! #Neurosurgery #BCI
April 9, 2025 at 7:40 PM
Had a great time visiting University of Chicago Neurosurgery and giving Grand Rounds on developing brain-computer interfaces in the OR. Big thanks to Drs. Warnke, Satzer, Greenspon, Yamini & the residents for the warm welcome and great convos. Amazing work happening here! #Neurosurgery #BCI
Reposted
@iahncajigas.bsky.social (@PennNSG/ @pennbioeng) is exploring ways to restore movement in paralyzed patients by using machine learning to translate brain waves into physical actions ft. Gail Martin (HUP) & @bijanpesaran (@PennNSG) tinyurl.com/sszuvvc5
January 24, 2025 at 9:48 PM
@iahncajigas.bsky.social (@PennNSG/ @pennbioeng) is exploring ways to restore movement in paralyzed patients by using machine learning to translate brain waves into physical actions ft. Gail Martin (HUP) & @bijanpesaran (@PennNSG) tinyurl.com/sszuvvc5