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Description of the Illusion Description of the Illusion
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Significance of the Illusion Significance of the Illusion
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Variants and Relevant Parameters Variants and Relevant Parameters
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Stereo-Rotation Illusions With Static Texture Stereo-Rotation Illusions With Static Texture
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SRSI SRSI
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Typical (“Physical”) Stereo Rotation Typical (“Physical”) Stereo Rotation
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Stereo-Rotation Capture Stereo-Rotation Capture
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Partial Stereo-Rotation Capture Partial Stereo-Rotation Capture
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Stereo-Rotation Illusions With Flickering Texture Stereo-Rotation Illusions With Flickering Texture
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SRSI Flicker SRSI Flicker
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Stereo-Rotation Capture by Markers Stereo-Rotation Capture by Markers
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Stereo-Scaling Motion Illusions Stereo-Scaling Motion Illusions
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Stereo-Contraction Standstill Stereo-Contraction Standstill
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Stereo-Expansion Standstill Stereo-Expansion Standstill
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Typical Stereo Contraction Typical Stereo Contraction
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Typical Stereo Expansion Typical Stereo Expansion
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Stereo-Contraction Capture Stereo-Contraction Capture
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Stereo-Expansion Capture Stereo-Expansion Capture
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Stereo-Spiral Motion Stereo-Spiral Motion
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Stereo-Spiraling Motion Standstill Stereo-Spiraling Motion Standstill
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Typical Stereo-Spiraling Motion Typical Stereo-Spiraling Motion
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Stereo-Spiraling Motion Capture Stereo-Spiraling Motion Capture
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Discussion Discussion
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Complex Stereo-Motion Standstill Complex Stereo-Motion Standstill
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Complex Stereo-Motion Luminance Capture Complex Stereo-Motion Luminance Capture
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Complex First-Order Motion and Complex Stereo Motion Complex First-Order Motion and Complex Stereo Motion
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References References
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106 Stereo Rotation Standstill and Related Illusions
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Published:June 2017
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Abstract
When we fixate the center of a rotating three-dimensional structure, such as a physically rotating wheel made out of sectors, which stereo cues are encoded with a static random-dot “texture,” a rather striking global motion illusion occurs: the rotating three-dimensional wheel appears as standing still (stereo rotation standstill). Even when using a dynamic (flickering) random-dot texture, it is still impossible to gain a percept of smooth rotation. However, local motion can still be clearly perceived. When the random-dot texture “overlaying” the wheel is also rotating, the concealed wheel is perceived as rotating at the same velocity as the texture, regardless of its velocity (stereo rotation capture). Stereo complex motion standstill and capture is shown to occur for other categories of complex motions such as expanding, contracting, and spiraling motions thus providing evidence for a dominance of luminance inputs over stereo inputs for complex motion detectors in our visual system.
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