The advantage for words in the right visual hemifield (RVF) has been assigned parallel
orthographic processing by the left hemisphere and sequential by the right. However, an …

The processing advantage for words in the right visual field (RVF) has often been assigned
to parallel orthographic analysis by the left hemisphere and sequential by the right. The …

Behavioral laterality effects in naming and lexical decision in Farsi and English were used to
evaluate three theories of cross-linguistic differences. First, the Scanning hypothesis predicts …

Several studies have claimed that hemispheric asymmetries affect word recognition right up
to the point of fixation because each fovea is split precisely at its vertical midline and …

We confirm previous evidence indicating that word length has a substantial effect on word
recognition in the LVF but a much weaker effect in both the RVF and fovea. The nature of …

A major concern when using lateralized words to study hemispheric asymmetry is that the
retinal eccentricity of targets is matched across visual hemifields. The standard technique is …

Although lexical decision remains one of the most extensively studied cognitive tasks, very
little is known about its relationship to broader linguistic performance such as reading ability …

Word recognition typically is better or faster in the right visual field than in the left visual field,
an effect that often interacts with the handedness of subjects or the phonetic characteristics …

Words presented to the right visual field (RVF) are recognised more readily than those
presented to the left visual field (LVF). This RVF advantage could reflect:(a) the direct …

This study examined the capability of the left hemisphere (LH) and the right hemisphere
(RH) to perform a visual recognition task independently as formulated by the Direct Access …