Jean‐Rémy Hochmann

This study estimates the duration of Temporal Integration Windows (TIWs) in visual perception from infancy to adulthood, finding a sevenfold reduction in TIW duration.

The paper shows that accelerating visual information flow in adults mimics infant vision, reducing fine-grained object distinctions while preserving general object representations.

The paper shows that animacy categorization persists in humans and DNNs even with severely impoverished visual stimuli, indicating early and robust neural representation of animacy.

The paper uses EEG to show that humans accurately distinguish animate from inanimate objects, even when objects resemble animals, and that this ability is not affected by the degree of animal-like appearance.

This study investigates how infants categorize objects and finds an incremental development of visual object categorization from 4 to 19 months, with milestones based on saliency and animate-inanimate distinctions.

The paper investigates how spatial relationships between bodies affect visual perception, finding that face-to-face positioning enhances neural grouping of bodies.