Kenji Ogawa

The paper examines how responses to hand actions and emotional faces in the action-observation network (AON) vary with spatial analysis scale, finding scale-dependent convergence.

The paper investigates neural substrates shared between eidetic imagery and perception, finding that eidetikers show stronger shared representations in higher-level visual cortex.

This study shows that motor imagery activates similar neural representations in the primary motor area as motor execution, using fMRI and multi-voxel pattern analysis.

This study shows that task-related activity patterns in the primary sensorimotor cortex re-emerge during post-learning rest, correlating with improved motor performance.

The paper investigates brain activation patterns during duration-based and beat-based timing tasks, finding common neural substrates despite different stimulus types.

This study uses fMRI and MVPA to show that the sense of body ownership is represented by supramodal neural patterns in IPS, PMv, and EBA, independent of sensory modality.

This study compares neural activation for cardiac and gastric interoception using fMRI in healthy humans, finding distinct brain regions involved in each type of interoception.

This study compares neural activation patterns in the temporo-parietal junction during visual perspective taking and theory of mind tasks, finding overlapping yet distinct representations.

This study investigates the neural mechanisms underlying adaptive motor behavior during car driving by comparing brain activity before and after a sudden change in driving conditions.

This study identifies neural representations for sensorimotor error, feeling of agency, and judgment of agency in the human brain.