New brain implant allows individual robotic finger control in real-time: news.umich.edu/individual-fin… @Sam_R_Nason

Multi-scale, directionally sensitive and minimally invasive intracranial sEEG recordings from cryptocecco.eth lab. biorxiv.org/content/10.110…

Check out our newest preprint: biorxiv.org/content/10.110… Using intracranial recordings (71 patients, >8k electrodes), we quantify differences in correlation between electrode pairs due to array design, spectral bands, and referencing schema.

Excited to share our six virtual posters at #SfN2021 studying human language, reading, speech and attention using intracranial recordings. Presented by Nora Maerean, Meredith McCarty, Katie Snyder, @ElliotMurphy91, Oscar Woolnough and Latané Bullock

Hot off the press, eliciting tactile sensations in the fingertip using intracortical microstimulation. Incredible work championed by MattFiferNeuro and others to push the boundaries of brain-computer interfaces. Available in Neurology (Neurology Journal) n.neurology.org/content/early/…

New paper alert! We used intracranial EEG #ECoG to study how cover speech (what you to say "in your head", but not out loud) is encoded in the brain, and whether it is possible to decode inner speech at all. With Giraud Lab Neural Dynamics Lab Luc Arnal Jaime F Delgado Saa and many collaborators!

[1/10] Excited to share the results of my first project in Tandon Lab -- exploring the resolution of human intracranial #ECoG recordings, now published in #eNeuro SfN Journals Society for Neuroscience (SfN) eneuro.org/content/early/…

An innovative model for shared control enables a human to maneuver a pair of robotic prostheses with minimal mental input. Read the study led by Johns Hopkins APL and published in Frontiers in Neurorobotics: fro.ntiers.in/yfDj, or our news site ⬇ fro.ntiers.in/j6gC

Excited to share our work on mapping and decoding human language and speech at #SNL2022! Come check out our posters: A54, A74, B53, B58, E48

Come see my #SfN2022 poster on Decoding speech from intracranial depth electrodes (stereo-electroencephalography) at WW42 this afternoon!

Excited to share our new paper! Multivariate lesion-symptom mapping in a cohort of 95 surgical epilepsy patients shows postoperative word finding difficulties are associated with damage to the language dominant fusiform gyrus. onlinelibrary.wiley.com/share/author/W…