Jody C. Culham

This study shows that reaching movements in VR are influenced by the visual identity of the arm, not just the controlling arm, with better performance when seeing a right arm.

This study uses fNIRS to show that live social interactions and visual realism of social partners affect neural responses in brain regions related to theory of mind.

This study uses EEG-fMRI fusion to show distinct perceptual and conceptual processing of natural actions in the lateral and dorsal visual streams, with specific encoding of action targets in LOTC and pSTS.

The paper shows that tool-use brain representations in motor association areas are independent of the acting body part and motor experience.

This study shows that interception performance in virtual reality improves with natural trajectory shapes and orientations, as opposed to unnatural ones.

The paper investigates how action representations are organized in human cognition and language models, finding shared structure based on action targets across video and sentence modalities.

The paper investigates brain networks involved in visually guided grasping during planning and execution using fMRI, revealing distinct neural encoding of grasp axis, size, and object mass in different brain regions.

The paper uses fMRI to compare neural activation patterns during isolated prehension and prehension for object manipulation, finding distinct patterns involving visual and sensorimotor areas.