<p>Data is displayed separately for trials with left and right dominance before the shift, respectively. Left-hand panels show jumps from the right to the left hemifield and right-hand panels show jumps from the left to the right hemifield. Bars show the probability of a percept switch, P(switch) or no percept switch, P(no switch) by their position relative to zero, separately for trials in which the left eye (upper bars) or the right eye (lower bars) was dominant before the shift. Data from the face/house stimulus. A: subject FW. B: subject JV. C: subject TG.</p
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches toward the preferred...
<p>The rate of eyeblinks rises before and after perceptual transitions from ‘no see’ to ‘see’, and d...
<p>Display A is the baseline control condition, created in the same way as in the first generation o...
<p><i>Left panel</i>: Probability of switching from perceiving the same direction of motion as the u...
<p>A–C: Odds ratio of right eye dominance after saccades and stimulus jumps as function of right eye...
<p>Odds ratio of right eye dominance after saccades and stimulus jumps as function of probability of...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches from the non-preferr...
<p>Data are shown for all stimulus types (columns) and 4 subjects (rows). In each panel, the left ba...
<p>One observer (LH) was instructed on tone to make a perceptual switch either immediately, or after...
<p>A: stimulus jump trials, B: saccade trials. Blue: motion (9 subjects), red: face/house (10 subjec...
The ambiguous Necker cube stimulus appears to switch between two alternative perspectives, 'cube-up'...
<p>A: Saccade trial, B: stimulus jump trial. Horizontal (black) and vertical (gray) eye movements (h...
<p>White circles indicate the subject's gaze position. Arrows denote a saccade or stimulus jump. Eac...
<p>Stimuli were 1.8×2.8 cm (3.4×5.3 deg visual angle). Faces were not covered in the experiment. Two...
<p>In JUMP condition (left), after an unpredictable foreperiod of stable fixation (1200–1600 ms; eye...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches toward the preferred...
<p>The rate of eyeblinks rises before and after perceptual transitions from ‘no see’ to ‘see’, and d...
<p>Display A is the baseline control condition, created in the same way as in the first generation o...
<p><i>Left panel</i>: Probability of switching from perceiving the same direction of motion as the u...
<p>A–C: Odds ratio of right eye dominance after saccades and stimulus jumps as function of right eye...
<p>Odds ratio of right eye dominance after saccades and stimulus jumps as function of probability of...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches from the non-preferr...
<p>Data are shown for all stimulus types (columns) and 4 subjects (rows). In each panel, the left ba...
<p>One observer (LH) was instructed on tone to make a perceptual switch either immediately, or after...
<p>A: stimulus jump trials, B: saccade trials. Blue: motion (9 subjects), red: face/house (10 subjec...
The ambiguous Necker cube stimulus appears to switch between two alternative perspectives, 'cube-up'...
<p>A: Saccade trial, B: stimulus jump trial. Horizontal (black) and vertical (gray) eye movements (h...
<p>White circles indicate the subject's gaze position. Arrows denote a saccade or stimulus jump. Eac...
<p>Stimuli were 1.8×2.8 cm (3.4×5.3 deg visual angle). Faces were not covered in the experiment. Two...
<p>In JUMP condition (left), after an unpredictable foreperiod of stable fixation (1200–1600 ms; eye...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches toward the preferred...
<p>The rate of eyeblinks rises before and after perceptual transitions from ‘no see’ to ‘see’, and d...
<p>Display A is the baseline control condition, created in the same way as in the first generation o...