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运动后效:一种感知旋转的全局机制。

Motion aftereffect: a global mechanism for the perception of rotation.

作者信息

Cavanagh P, Favreau O E

出版信息

Perception. 1980;9(2):175-82. doi: 10.1068/p090175.

Abstract

Observers adapted to motion by looking at rotating logarithmic spirals. They were tested with a stationary mirror image of the adapting spiral in which all contours were at 90 degrees to those of the first spiral. Motion aftereffects were reported in the contrarotational direction--that is, observers who had seen clockwise rotating motion reported seeing counterclockwise aftereffects. These aftereffects lasted one-third as long as the aftereffects obtained when the adapting spiral was used as the test figure. These two aftereffects were shown to have different storage properties, thereby indexing the operation of at least two different mechanism. We interpret the motion aftereffect that is obtained with the mirror-image stimulus as indicative of the existence of global rotation detectors.

摘要

观察者通过观看旋转的对数螺旋线来适应运动。他们接受测试,测试内容是适应螺旋线的静止镜像,其中所有轮廓与第一个螺旋线的轮廓呈90度角。在反向旋转方向上报告了运动后效——也就是说,看到顺时针旋转运动的观察者报告看到了逆时针后效。这些后效的持续时间是将适应螺旋线用作测试图形时所获得后效的三分之一。这两种后效显示出具有不同的存储特性,从而表明至少有两种不同机制在起作用。我们将用镜像刺激获得的运动后效解释为全球旋转探测器存在的指示。

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