Steven Frisson

The paper investigates how orthographic and semantic parafoveal information is processed during reading, finding faster processing of orthographic neighbors in the visual word form area and semantic neighbors in the left inferior frontal gyrus, which correlates with reading speed.

This study investigates how lexical frequency affects attention allocation during reading using MEG and eye tracking, finding simultaneous attention to target and post-target words and effects of word frequency on attention distribution.

This study shows that semantic information from parafoveal words is integrated with sentence context before fixation, supporting rapid reading by revealing reduced brain responses to incongruent words.

The paper proposes a pipelining mechanism using alpha oscillations to coordinate visual exploration and reading by timing saccades, visual recognition, and previewing within a 150ms window.

The paper shows that lexical previewing in the parafovea predicts reading speed using MEG and eye-tracking with subliminal tagging.