| Title | THE ROLE OF FIXATIONAL EYE MOVEMENTS IN VISUAL PERCEPTION
| | Authors | Martinez-Conde S., Macknik S.L., Hubel D.H.
| | Journal | NEUROSCIENCE. - 2004. - Vol. 5. - pp. 229-240
| | Year of publishing | 2004
| | Abstract | Our eyes continually move even while we fix our gaze on an object. Although these fixational eye movements have a magnitude that should make them visible to us, we are unaware of them. If fixational eye movements are counteracted, our visual perception fades completely as a result of neural adaptation. So, our visual system has a built-in paradox — we must fix our gaze to inspect the minute details of our world, but if we were to fixate perfectly, the entire world would fade from view. Owing to their role in counteracting adaptation, fixational eye movements have been studied to elucidate how the brain makes our environment visible. Moreover, because we are not aware of these eye movements, they have been studied to understand the underpinnings of visual awareness. Recent studies of fixational eye movements have focused on determining how visible perception is encoded by neurons in various visual areas of the brain.
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