Daniel Yoshor

This paper presents a high-bandwidth, wireless brain-computer interface device capable of chronic recordings in animals, demonstrating reliable performance over weeks.

The paper examines ECoG responses in human visual cortex to determine how sensory encoding and task demands influence neural activity, finding distinct frequency-dependent effects.

The paper examines individual differences in memory reinstatement patterns in human face-selective cortex during encoding and retrieval.

The paper investigates functional differences between dorsal and ventral posterior cingulate cortex in humans using intracranial recordings, finding distinct population and single-neuron selectivity for executive and episodic processing.

The paper examines how orientation and color stimuli modulate gamma oscillations in human visual cortex, revealing biases in population tuning that align with known feature selectivity biases.

This study examines hippocampal ripple events during different cognitive states and finds they are consistent but less frequent than during sleep.

This paper uses iEEG deconvolution to study neural responses to visual speech in human posterior superior temporal gyrus, finding subadditive multisensory processing and visual enhancement of auditory speech.

Dynamic electrical stimulation of visual cortex sites enables sighted and blind humans to perceive recognizable letter shapes without training.

The paper dissociates narrowband and broadband gamma responses in human visual cortex using intracranial recordings, showing distinct spectral, temporal, and functional properties.

The paper identifies a sharp functional boundary in the superior temporal gyrus using ECOG and fMRI, showing distinct roles for anterior and posterior regions in unisensory and multisensory speech processing.

This study investigates how human observers perceive phosphenes from multiple electrode stimulations in visual cortex, finding that patterns can be reliably perceived with electrodes spaced millimeters apart.