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一种跨模态后效:适应视觉运动后出现的听觉位移。

A cross-modal aftereffect: auditory displacement following adaptation to visual motion.

作者信息

Ehrenstein W H, Reinhardt-Rutland A H

机构信息

Institut für Arbeitsphysiologie, Dortmund University, Germany.

出版信息

Percept Mot Skills. 1996 Feb;82(1):23-6. doi: 10.2466/pms.1996.82.1.23.

Abstract

It has been shown earlier that the perceived location of static sound-sources can be displaced (a) during visual motion and (b) following auditory motion. Here we combine these phenomena. The subject adapted to the horizontal visual motion of a surrounding drum, then (with the lights off) localized static sound-sources by setting the direction of a pointer. Adapting motion was clockwise or counterclockwise: the difference between each subject's settings following the opposite directions of adaptation showed small but consistent auditory displacements opposite to the adapting directions. This visual-auditory aftereffect, which is consistent with sensorineural data, challenges a general, if implicit, belief that aftereffects do not cross modalities.

摘要

先前的研究表明,(a)在视觉运动期间以及(b)在听觉运动之后,静态声源的感知位置可能会发生位移。在此,我们将这些现象结合起来。受试者适应了周围鼓的水平视觉运动,然后(在灯关闭的情况下)通过设置指针的方向来定位静态声源。适应运动为顺时针或逆时针方向:每个受试者在相反适应方向后的设置之间的差异显示出与适应方向相反的微小但一致的听觉位移。这种视听觉后效应与感觉神经数据一致,挑战了一种普遍的(即使是隐含的)观念,即后效应不会跨模态。

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