Isabelle A. Rosenthal

This study shows that neural subspaces for imagined movements in the parietal cortex remain stable over several years in humans, improving the long-term reliability of brain-machine interfaces.

This study shows that visual context influences the perceived timing of tactile sensations from intra-cortical microstimulation, indicating temporal misalignment in multisensory integration.

This study investigates how vision modulates S1 activity during tactile stimulation and shows that S1 represents both arm and finger touches, with stronger encoding for arm touches.

This study decodes hue and luminance polarity from MEG data, showing distinct temporal dynamics and neural mechanisms for each feature.

This study uses MEG to analyze neural activity patterns and decode color space geometry through similarity relationships in brain responses to different colors.