<p>The morph spectrum in 10% increments ranging from 100% mechanistic (top far left) to 100% humanoid (top far right) and then from 100% humanoid (repeated bottom far left) to 100% human (bottom far right).</p
<p>Mean percentage of frames perceived to look more like “self” or “other” as a result of the synchr...
<p>Results of main experiment. Each row shows results for a different observer. The data points are ...
<p>The facial stimuli that was labeled as red personality type is shown in A, while the facial stimu...
<p>For each participant, a series of morphed images were created between the participant's own face ...
<p>Each increment on the x-axis is equivalent to a 10% increase along the mechanistic to humanoid to...
<p>An example of a set of linearly morphed female faces produced by image averaging of one Asian- an...
<p>The top row shows the two prototypes A and B used to create all intervening objects. The second a...
<p>The bold italic number along the diagonal line is the main response proportions for morphed image...
<p>This stimulus set contains images of human faces (from the Radboud Faces Database; Langner et al....
<p>(A) Design of the experimental blocks, containing three phases: pre-stimulation test (<i>pre-test...
The effects of test stimulus range on generalization gradients in humans were assessed for discrimin...
<p>A. Contrast estimates of stronger activation in men as compared to women (blue) in the right SFG ...
<p>This stimulus set contains images of human faces (from the Radboud Faces Database; Langner et al....
<p>The five morphologies with smallest (<i>top</i>, values from left to right: 0.66, 0.76, 0.82, 0....
<p>A–C: 3D-simulations, D–F: corresponding cross-sections. A,D: Wildtype; B,E: pulling outwards; C,F...
<p>Mean percentage of frames perceived to look more like “self” or “other” as a result of the synchr...
<p>Results of main experiment. Each row shows results for a different observer. The data points are ...
<p>The facial stimuli that was labeled as red personality type is shown in A, while the facial stimu...
<p>For each participant, a series of morphed images were created between the participant's own face ...
<p>Each increment on the x-axis is equivalent to a 10% increase along the mechanistic to humanoid to...
<p>An example of a set of linearly morphed female faces produced by image averaging of one Asian- an...
<p>The top row shows the two prototypes A and B used to create all intervening objects. The second a...
<p>The bold italic number along the diagonal line is the main response proportions for morphed image...
<p>This stimulus set contains images of human faces (from the Radboud Faces Database; Langner et al....
<p>(A) Design of the experimental blocks, containing three phases: pre-stimulation test (<i>pre-test...
The effects of test stimulus range on generalization gradients in humans were assessed for discrimin...
<p>A. Contrast estimates of stronger activation in men as compared to women (blue) in the right SFG ...
<p>This stimulus set contains images of human faces (from the Radboud Faces Database; Langner et al....
<p>The five morphologies with smallest (<i>top</i>, values from left to right: 0.66, 0.76, 0.82, 0....
<p>A–C: 3D-simulations, D–F: corresponding cross-sections. A,D: Wildtype; B,E: pulling outwards; C,F...
<p>Mean percentage of frames perceived to look more like “self” or “other” as a result of the synchr...
<p>Results of main experiment. Each row shows results for a different observer. The data points are ...
<p>The facial stimuli that was labeled as red personality type is shown in A, while the facial stimu...
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