<p>A: Proprioceptive drift (left y-axis; mean and SEM) and vividness ratings (right y-axis; median and 25 and 75 percentile). B: Temperature in the synchronous (dark) and asynchronous (white) conditions across time. Temperature is given relative to temperature at the beginning of the stroking (pre-test at 200 s) to accentuate possible trends due to the onset of stroking, which is why the time lines converge at this point. For clearer visualization in this Figure, the temperature timelines were smoothed using a Gaussian filter (window size: 7). Median and symmetrical IQR. C: Differences in vividness against differences in temperature at the end of stimulation for individual subjects.</p
<p>For the sake of clarity, we have already attributed a color to these data on the basis of the cla...
Thirty-five experimental subjects (college introductory psychology students) received four fingertip...
This study investigated how the perception of skin temperature is affected by asymmetrically changin...
<p>A: Proprioceptive drift (left y-axis; mean and SEM) and vividness ratings (right y-axis; median a...
<p>Left panel. Mean proprioceptive drift (in cm) measured as a difference between the pre-stimulatio...
<p>The dashed lines indicate the mean baseline levels of OR, PD, and GSR. The green and pink circles...
<p>The dashed lines indicate the mean baseline levels of OR, PD, and GSR. The points (yellow circle,...
<p>The mean temperature of the tail was 24.8 (24.6-25.0)°C. <b>A. Temporal evolution of the temperat...
<p>The whole dorsal surface of the hand was warmed to 38°C by means of an infrared lamp. <b>- A</b> ...
<p>The figure illustrates the averaged results of the 23 participants. Data from left-sided cue cond...
<p>Mean percentage of frames perceived to look more like “self” or “other” as a result of the synchr...
<p>Left: Proprioceptive drift did not differ significantly between the synchronous and the asynchron...
<p>The distance D from this site to the entry zone in the cord was 115 mm and the stimulus (70-320 m...
Purpose: Stationary observers often experience illusory self-motion (vection) when they are exposed ...
Although simulated environments are improved by adding sensory information, temperature is one input...
<p>For the sake of clarity, we have already attributed a color to these data on the basis of the cla...
Thirty-five experimental subjects (college introductory psychology students) received four fingertip...
This study investigated how the perception of skin temperature is affected by asymmetrically changin...
<p>A: Proprioceptive drift (left y-axis; mean and SEM) and vividness ratings (right y-axis; median a...
<p>Left panel. Mean proprioceptive drift (in cm) measured as a difference between the pre-stimulatio...
<p>The dashed lines indicate the mean baseline levels of OR, PD, and GSR. The green and pink circles...
<p>The dashed lines indicate the mean baseline levels of OR, PD, and GSR. The points (yellow circle,...
<p>The mean temperature of the tail was 24.8 (24.6-25.0)°C. <b>A. Temporal evolution of the temperat...
<p>The whole dorsal surface of the hand was warmed to 38°C by means of an infrared lamp. <b>- A</b> ...
<p>The figure illustrates the averaged results of the 23 participants. Data from left-sided cue cond...
<p>Mean percentage of frames perceived to look more like “self” or “other” as a result of the synchr...
<p>Left: Proprioceptive drift did not differ significantly between the synchronous and the asynchron...
<p>The distance D from this site to the entry zone in the cord was 115 mm and the stimulus (70-320 m...
Purpose: Stationary observers often experience illusory self-motion (vection) when they are exposed ...
Although simulated environments are improved by adding sensory information, temperature is one input...
<p>For the sake of clarity, we have already attributed a color to these data on the basis of the cla...
Thirty-five experimental subjects (college introductory psychology students) received four fingertip...
This study investigated how the perception of skin temperature is affected by asymmetrically changin...