Human vision in the periphery is most accurate for stimuli that point towards the fovea. This
so-called radial bias has been linked with the organization and spatial selectivity of neurons …

Face recognition is strongly influenced by the processing of orientation structure in the face
image. Faces are much easier to recognize when they are filtered to include only …

In recent years, horizontal spatial information has received attention for its role in face
perception. One study, for instance, has reported an association between horizontal tuning …

Recent studies have shown that horizontal facial structure is important for face identification
(Dakin and Watt, 2009; Goffaux and Dakin, 2010). Also, sensitivity to horizontal structure is …

Contextual modulations at primary stages of visual processing depend on the strength of
local input. Contextual modulations at high-level stages of (face) processing show a similar …

Orientation selectivity is a fundamental property of primary visual encoding. High-level
processing stages also show some form of orientation dependence, with face identification …

Vision begins with the encoding of contrast at specific orientations. Several works showed
that humans identify their conspecifics best based on the horizontally-oriented information …

Seeing a face in the real world provokes a host of automatic categorisations related to sex,
emotion, identity, and more. Such individual facets of human face recognition have been …

A growing body of evidence demonstrates that selective processing of structure conveyed by
horizontally oriented spatial frequency components is associated with upright face …

Le rôle des expériences visuelles précoces sur la mise en place du système de perception
de visages est encore mal compris. Certains chercheurs se sont penchés sur l'amblyopie …