Saccade amplitude across trials for the different saccade conditions (reactive and scanning) and for the different orders of gain direction blocks (down-up or up-down). Saccade amplitude is depicted as the ratio to median saccade amplitude in the first block (per saccade direction, see Methods) and shown as running average over 6 saccades (the hexagonal period). Shaded areas correspond to 95% CI over participants.</p
When each of many saccades is made to overshoot its target, amplitude gradually decreases in a form ...
(A) Saccade endpoints for stimulation at different sites in the motor map. The scaling parameter of ...
International audienceThe accuracy of saccadic eye movements is maintained over the long term by ada...
Saccade duration (A) and peak velocity (B) across trials in reactive and scanning saccade adaptation...
<p>Mean gain change is represented as a function of the blocks of trials and superimposed for the di...
In the natural environment, humans make saccades almost continuously. In many eye movement experimen...
International audienceDespite changes in the physical structures controlling the eyes, saccades, the...
(A) Exponential functions fitted to the first adaptation block of each condition. (B) Bootstrapped d...
<p>A: Pre-Adaptation comparison of position and velocity profiles of leftward (top) and rightward (b...
<p>(A, B) Circular plots show the averaged frequency distribution of the saccade landing direction b...
<p>(A) Schematic illustration of block and trial designs. In saccade trials, the short vertical bar ...
(A) Across participant average of binary displacement awareness (i.e. seen versus unseen) across the...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
(A) Comparison of process gain in both saccade type (reactive and scanning) and direction (gain-up a...
AbstractWhen saccades become inaccurate, their amplitude is adapted. We examined, in humans, whether...
When each of many saccades is made to overshoot its target, amplitude gradually decreases in a form ...
(A) Saccade endpoints for stimulation at different sites in the motor map. The scaling parameter of ...
International audienceThe accuracy of saccadic eye movements is maintained over the long term by ada...
Saccade duration (A) and peak velocity (B) across trials in reactive and scanning saccade adaptation...
<p>Mean gain change is represented as a function of the blocks of trials and superimposed for the di...
In the natural environment, humans make saccades almost continuously. In many eye movement experimen...
International audienceDespite changes in the physical structures controlling the eyes, saccades, the...
(A) Exponential functions fitted to the first adaptation block of each condition. (B) Bootstrapped d...
<p>A: Pre-Adaptation comparison of position and velocity profiles of leftward (top) and rightward (b...
<p>(A, B) Circular plots show the averaged frequency distribution of the saccade landing direction b...
<p>(A) Schematic illustration of block and trial designs. In saccade trials, the short vertical bar ...
(A) Across participant average of binary displacement awareness (i.e. seen versus unseen) across the...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
(A) Comparison of process gain in both saccade type (reactive and scanning) and direction (gain-up a...
AbstractWhen saccades become inaccurate, their amplitude is adapted. We examined, in humans, whether...
When each of many saccades is made to overshoot its target, amplitude gradually decreases in a form ...
(A) Saccade endpoints for stimulation at different sites in the motor map. The scaling parameter of ...
International audienceThe accuracy of saccadic eye movements is maintained over the long term by ada...