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Stanford University

California research university whose Neural Prosthetics Translational Laboratory is a BrainGate2 trial site and a source of speech and motor BCI research, including a June 2026 Nature map of the human precentral gyrus.

Overview

Stanford University is a site in the BrainGate2 clinical trial (NCT00912041), alongside Massachusetts General Hospital, VA Providence, Emory, UC Davis and Baylor College of Medicine. Its implanted BCI research runs through the Neural Prosthetics Translational Laboratory (NPTL), which neurosurgeon Jaimie Henderson co-directed with the late Krishna Shenoy and where Frank Willett also works. Willett’s 2023 Nature speech neuroprosthesis paper came from NPTL.

Latest research

In a Nature paper published on 17 June 2026, Darrel Deo, Henderson and Willett mapped the precentral gyrus at single-neuron resolution across eight paralysed participants and 20 arrays. They found the whole body represented at every sampled location, with two speech-preferential areas flanking an orofacial zone. For implant developers, the map suggests one array in motor cortex can carry signals for more body parts than the classical homunculus predicts, and it makes dual-array placement for speech devices a testable option.

In March 2026 Paradromics named Stanford a partner in its APEX programme, with Henderson leading work on multi-regional brain targeting. The Stanford President’s Venture Fund joined Axoft’s $55 million Series A in April 2026. Science Corporation’s PRIMA retinal implant was originally developed at Stanford by Daniel Palanker. On 5 October 2026 Stanford’s Karl Deisseroth was named a joint winner of the Nobel Prize in Physiology or Medicine for optogenetics.

Why it matters

Stanford supplies long-run human trial data and decoding methods to the US implant field. The June 2026 map bears directly on electrode placement for intracortical devices such as Neuralink’s N1 and Paradromics’ Connexus, and on how much each array can decode.

Coverage on InsideBCI