Neuroimaging studies have revealed two separate classes of category-selective regions
specialized in optic flow (egomotion-compatible) processing and in scene/place perception …

Optic flow provides useful information in service of spatial navigation. However, whether
brain networks supporting these two functions overlap is still unclear. Here we used …

The cortical network that processes visual cues to self-motion was characterized with
functional magnetic resonance imaging in 3 awake behaving macaques. The experimental …

Eye movements induce visual motion that can complicate the stable perception of the world.
The visual system compensates for such self-induced visual motion by integrating visual …

Introduction Long-term confinement is known to be a stressful experience with multiple
psycho-physiological effects. In the MARS500 project, a real-time simulation of a space-flight …

Our visual system readily groups dynamic fragmented input into global objects. How the
brain represents global object perception remains however unclear. To address this …

Visuo-vestibular integration is crucial for locomotion, yet the cortical mechanisms involved
remain poorly understood. We combined binaural monopolar galvanic vestibular stimulation …

Self-motion information is required to keep track of where we are with respect to our
environment (spatial updating). Visual signals such as optic flow are relevant to provide …

Despite technology advances that have enabled routine acquisition of functional MRI data
with sub-millimeter resolution, the inferences that cognitive neuroscientists must make to link …

A key question in vision research concerns how the brain compensates for self-induced eye
and head movements to form the world-centered, spatiotopic representations we perceive …