A deep learning framework is presented that leverages a bidirectional cortical implant to causally shape stimulation-evoked population activity in the human visual cortex and provides a population-level foundation for linking microstimulation, cortical activity, and perception in the human visual system.
P. Moure, Jacob Granley, Fabrizio Grani et al.· Neuron· 0 citations
Examining occipital intracranial responses to direct electrical stimulation of the superior temporal gyrus in 23 patients with epilepsy supports theories that human visual responses to sound are inherited in part from auditory cortex and provides insight into routes through which acoustic information may rapidly facili...
Emily C. Cunningham, D. Brang· European Journal of Neurosci...· 0 citations
It is established that an internal model of the world can serve as a primary driver of activity in sensory cortex, and under illumination, visual stimuli gain- modulated this path-invariant activity rather than replacing it with stimulus-driven responses.
Kyu Hyun Lee, Philip Adenekan, Fan Gao et al.· bioRxiv· 0 citations
Preliminary evidence is provided suggesting that TIS may modulate cortical oscillations in humans in accordance with the envelope frequency, although the evidence remains limited.
Koshi Iimuro, Naofumi Otsuru, Y. Akazawa et al.· Journal of NeuroEngineering...· 0 citations
A comprehensive comparison of models across multiple cortical regions identified consistent mechanisms underlying the cortical response to TMS and contributes to the refinement of computational strategies for optimizing stimulation paradigms.
K. Kumaravelu, Ge-Ne J. Yu, A. Aberra et al.· bioRxiv· 0 citations
Findings may help guide future investigations aimed at determining appropriate electrode spacing and stimulation strategies for sensory neuroprosthetic design and suggest that ICMS-evoked activation volume overlap between stimulation sites may provide mechanistic insight into the spatial limits of perceptual discrimina...
Madison S. Jiang, J. Pancrazio, Thomas J. Smith· Frontiers Comput. Neurosci.· 0 citations
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