A new precision neuroscience of language (Big Ideas in Neuroscience) | Cory Shain9 insights · See all
- The language network reflects an intrinsic large-scale brain organization because the same set of regions coactivate across very different language tasks and show stable intrinsic functional correlations even during rest, indicating a stable architecture that supports language.
The language network reflects an intrinsic large-scale brain organization because the same set of regions coactivate across very different language tasks and show stable intrinsic functional correlations even during rest, indicating a stable architecture that supports language.
- Combining fMRI, MEG, and intracranial recordings improves BCI sensor targeting because fMRI supplies high-resolution spatial maps, MEG reveals the timing of computations, and implanted arrays validate circuit-level signals so you can triangulate the neural origins that maximize decoding performance.
Combining fMRI, MEG, and intracranial recordings improves BCI sensor targeting because fMRI supplies high-resolution spatial maps, MEG reveals the timing of computations, and implanted arrays validate circuit-level signals so you can triangulate the neural origins that maximize decoding performance.
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