Summary: A new study reveals how the brain compensates for rapid eye movements, maintaining a stable visual perception despite dynamic visual input. Researchers found that this stability mechanism ...
First author Jenny Witten in front of the micro-psychophysical setup. Credit: MIB-Center at the UKB / Volker Lannert. Researchers from the University Hospital Bonn (UKB) and the University of Bonn ...
The fovea's cone photoreceptors enable high-acuity vision, with individual variations in cone density affecting visual resolution. Eye movements are calibrated to optimize cone sampling, enhancing ...
New research has found that visual stability fails with certain moving stimuli, such as fire, challenging previous assumptions about eye movement mechanisms. The findings offer insights for cognitive ...
They might prescribe vestibular rehabilitation through physical therapy for the vestibular system. The vestibular system sends signals to the brain about head and body movements relative to gravity.