Integration of multiple sensory cues is essential for precise and accurate perception and
behavioral performance, yet the reliability of sensory signals can vary across modalities and …

To navigate and guide adaptive behaviour in a dynamic environment, animals must
accurately estimate their own motion relative to the external world. This is a fundamentally …

Lateral-eyed afoveate animals use the subcortical accessory optic system to generate
accurate responses to full-field optokinetic input. When humans rotate their eyes to pursue a …

Humans and animals can integrate sensory evidence from various sources to make
decisions in a statistically near-optimal manner, provided that the stimulus presentation time …

Studies of multisensory integration by single neurons have traditionally emphasized
empirical principles that describe nonlinear interactions between inputs from two sensory …

Vestibular responses have been reported in the parietoinsular vestibular cortex (PIVC), the
ventral intraparietal area (VIP), and the dorsal medial superior temporal area (MSTd) of …

Perceptual decisions are often based on multiple sensory inputs whose reliabilities rapidly
vary over time, yet little is known about how the brain integrates these inputs to optimize …

The neural substrate of the phenomenological experience of a stable visual world remains
obscure. One possible mechanism would be to construct spatiotopic neural maps where the …

Both visual and vestibular sensory cues are important for perceiving one's direction of
heading during self-motion. Previous studies have identified multisensory, heading-selective …

Passive movement through an environment is typically perceived by integrating information
from different sensory signals, including visual and vestibular information. A wealth of …