Hiroshi Ban

The paper shows that perceived realness is processed in higher dorsal visual areas, not the ventral stream, and is linked to later processing in the intraparietal sulcus.

The paper investigates how population coding in the brain supports depth perception under ambiguous binocular inputs, finding that representations in V3A align with human perception better than correlation-based models.

This study uses MEG to show that co-speech gestures reduce neural load in language regions before speech articulation, suggesting a linguistic rather than motoric role.

This study investigates how visual field segmentation and masking affect visually induced motion sickness through controlled experiments and finds that segmentation increases susceptibility, thinner masks worsen symptoms, and central masking reduces them.

The paper investigates how the human brain transforms binocular disparity representations from cross-correlation to cross-matching across visual areas using fMRI and a deep neural network.

The paper uses 7T fMRI to show pulvinar input to V1 superficial layers mediates threat anticipation, not just threat perception.