People simulate themselves moving when they view a picture, read a sentence, or simulate a situation that involves motion. The simulation of motion has often been studied in conceptual tasks such as language comprehension. However, most of these studies investigated the direct influence of motion simulation on tasks inducing motion. This article investigates whether a mo- tion induced by the reactivation of a dynamic picture can influence a task that did not require motion processing. In a first phase, a dynamic picture and a static picture were systematically presented with a vibrotactile stimulus (high or low frequency). The second phase of the experiment used a priming paradigm in which a vibrotactile stimulus was presented alone and followed by pictures of objects. Participants had to categorize objects as large or small relative to their typical size (simulated size). Results showed that when the target object was preceded by the vibrotactile stimulus previously associated with the dynamic picture, participants perceived all the objects as larger and categorized them more quickly when the objects were typically "large" and more slowly when the objects were typically "small." In light of embodied cognition theories, this bias in participants' perception is assumed to be caused by an induced forward motion. generated by the reactivated dynamic picture, which affects simulation of the size of the objects.

中文翻译：

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运动的重新激活会影响Visuo-Haptic幻觉中的大小分类。

人们在观看图片，阅读句子或模拟涉及运动的情况时会模拟自己的运动。通常在诸如语言理解之类的概念性任务中研究运动的仿真。但是，这些研究中的大多数研究了运动模拟对诱导运动的任务的直接影响。本文研究了由动态图片的重新激活引起的运动是否可以影响不需要运动处理的任务。在第一阶段，通过动触觉刺激（高频或低频）系统地呈现动态图片和静态图片。实验的第二阶段使用了一种启动范例，其中一个触觉刺激被单独呈现，然后是物体的图片。参与者必须将相对于其典型大小（模拟大小）的对象分类为大或小。结果显示，当目标对象之前带有与动态图片相关的触觉刺激时，参与者会感觉到所有对象都较大，并且当对象通常为“大”时，对它们的分类会更快，而当对象通常为“小”时，分类会较慢。” 根据具体的认知理论，参与者感知中的这种偏差被认为是由诱发的向前运动引起的。重新激活的动态图片生成的图像会影响对象尺寸的模拟。参与者将所有对象视为较大对象，并在对象通常为“大”时将它们更快地分类，而在对象通常为“小”时则更快地将它们分类。根据具体的认知理论，参与者感知中的这种偏差被认为是由诱发的向前运动引起的。重新激活的动态图片生成的图像会影响对象尺寸的模拟。参与者将所有对象视为较大对象，并在对象通常为“大”时将其更快地分类，而在对象通常为“小”时则较慢地进行分类。根据具体的认知理论，参与者感知中的这种偏差被认为是由诱发的向前运动引起的。重新激活的动态图片生成的图像会影响对象尺寸的模拟。