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语音而非语义对言语-歌曲错觉的影响。

Phonological but not semantic influences on the speech-to-song illusion.

机构信息

University of Kansas, Lawrence, KS, USA.

University at Buffalo, Buffalo, NY, USA.

出版信息

Q J Exp Psychol (Hove). 2021 Apr;74(4):585-597. doi: 10.1177/1747021820969144. Epub 2020 Nov 5.

Abstract

In the speech to song illusion, a spoken phrase begins to sound as if it is being sung after several repetitions. Castro et al. (2018) used Node Structure Theory (NST; MacKay, 1987), a model of speech perception and production, to explain how the illusion occurs. Two experiments further test the mechanisms found in NST-priming, activation, and satiation-as an account of the speech to song illusion. In Experiment 1, words varying in the phonological clustering coefficient influenced how quickly a lexical node could recover from satiation, thereby influencing the song-like ratings to lists of words that were high versus low in phonological clustering coefficient. In Experiment 2, we used equivalence testing (i.e., the TOST procedure) to demonstrate that once lexical nodes are satiated the higher level semantic information associated with the word cannot differentially influence song-like ratings to lists of words varying in emotional arousal. The results of these two experiments further support the NST account of the speech to song illusion.

摘要

在语音错觉歌曲中,经过几次重复后,一个口语短语开始听起来像是在唱歌。卡斯特罗等人(2018 年)使用节点结构理论(NST;麦凯,1987)来解释这种错觉是如何发生的。两项实验进一步检验了 NST-启动、激活和饱和机制,作为对语音错觉歌曲的解释。在实验 1 中,语音聚类系数不同的单词会影响词汇节点从饱和中恢复的速度,从而影响具有较高和较低语音聚类系数的单词列表的歌曲评级。在实验 2 中,我们使用等效性测试(即 TOST 程序)来证明,一旦词汇节点饱和,与单词相关的更高层次的语义信息就不能对不同情绪唤醒的单词列表的歌曲评级产生差异影响。这两个实验的结果进一步支持了语音错觉歌曲的 NST 解释。

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