5 papers
Direct observation of the crossed interhemispheric transfer of the left-right mirror-images in human vision
Albert Le Floch, Guy Ropars
Symmetry breaking is common in animal and human brains where the lack of asymmetry often perturbs behavioral and cognitive functions. In particular, the ubiquity of mirror-image co…
The lack of asymmetry of the Maxwell centroids, and of ocular dominance, in persons with dyslexia
Albert Le Floch, Guy Ropars
While the existence of an asymmetry between the two Maxwell centroids at the centre of the two foveas recorded using a foveascope, leads to the ocular dominance in good readers, th…
Hebbian control of fixations in a dyslexic reader
Albert Le Floch, Guy Ropars
During reading, dyslexic readers exhibit more and longer fixations than normal readers. However, there is no significant difference when dyslexic and control readers perform only v…
The structure of the Maxwell spot centroid
Albert Le Floch, Guy Ropars
The dark entoptic Maxwell spot centroids seen through a blue filter, which coincide with the blue cone-free areas centered on the foveas, are shown to exhibit a structure. When obs…
Postural instability in a young dyslexic adult improved by Hebbian pulse-width modulated lighting
Albert Le Floch, Samuel Henriat, Rosane Fourage +1
Postural stability is linked to vision in everyone, since when the eyes are closed stability decreases by a factor of 2 or more. However, in persons with dyslexia postural stabilit…