École de psychologie, Université de Moncton, Moncton, New Brunswick, Canada.
Department of Psychology; City, University of London, London, UK.
Psychon Bull Rev. 2020 Aug;27(4):776-782. doi: 10.3758/s13423-020-01733-8.
Past research has shown that prior knowledge can support our episodic memory for recently encountered associations. According to the model proposed by Cox and Criss (Proceedings of the 40th Annual Conference of the Cognitive Science Society, pp. 250-255, Madison, MI: Cognitive Science Society, 2018) and Cox and Shiffrin (Cognitive Psychology, 97, 31-61, 2017), any features shared by associated items should facilitate encoding and retrieval. We implemented a strict test of this prediction by taking advantage of sound-symbolism associations; here, the latter refer to relationships between phonemes and object characteristics - relationships that participants readily find natural - even if they have never encountered the items before. For instance, the non-word "maluma" is much more readily seen to refer to a random shape with rounded contours than to a shape that has sharp angles. In our study, 70 participants completed paired-associate memory tests after studying lists of three pairs, each composed of a random shape and a non-word. As predicted, there was better associative memory performance for sound-shape pairs that could rely on sound-symbolism links.
过去的研究表明,先前的知识可以支持我们对最近遇到的联想的情景记忆。根据考克斯和克里(Cox and Criss)(《认知科学学会第 40 届年会论文集》,第 250-255 页,麦迪逊,密歇根州:认知科学学会,2018 年)和考克斯和希夫林(Cox and Shiffrin)(《认知心理学》,97,31-61,2017 年)提出的模型,相关项目之间的任何共同特征都应该有助于编码和检索。我们通过利用声音符号联想来严格测试这一预测;在这里,后者是指音位和物体特征之间的关系——即使参与者以前从未遇到过这些项目,他们也很容易发现这些关系是自然的。例如,非词“maluma”更容易被视为具有圆形轮廓的随机形状,而不是具有尖角的形状。在我们的研究中,70 名参与者在学习了三对随机形状和非词组成的列表后,完成了配对联想记忆测试。正如预测的那样,那些可以依靠声音符号联系的声音形状对的联想记忆表现更好。