The effects of repeated denials and fabrication on memory

ABSTRACT

Inthe current experiment, we were interested in the effects of lying (i.e. false denial or fabrication) on memory when deceptivestrategies were repeatedly executed. Participants (n = 121) watched a video (i.e., electrician who committed a burglary) and immediately afterand during the following ten days, they were instructed to either falsely deny, fabricate, or answer honestly to certain details of the video.Some details were discussed (i.e. denied, fabricated, or honestly answered) either once, or four times. Other details were never discussed.Finally, all participants received a memory test, in which they were asked whether they either previously discussed the details or saw thedetails during the video. Although, overall, repeated lying did not undermine memory for having discussed certain details, repeated falselydenying led to an impairment of the memory for the event. Findings show that lying can adversely affect memory and that repeated lying canincrease this effect.     

嵌套词汉字位置加工的亚词边界效应

使用眼动追踪技术，采用边界范式，考察了三字嵌套词的汉字位置加工是否存在亚词边界效应。实验以三字前嵌套词（如“历史系”）和三字后嵌套词（如“核技术”）为靶子，对次字和尾字进行操纵（相同、转置和替换）。结果发现：对于前嵌套词，靶子的注视时间在替换条件显著长于转置条件，相同条件和转置条件差异不显著；对于后嵌套词，靶子的注视时间在转置条件显著长于相同条件，替换条件和转置条件差异不显著。结果表明：跨亚词边界汉字转置不影响词汇识别，而亚词首字转置干扰词汇识别。     

The relationships between quantity‐number competencies,working memory,and phonological awareness in 5‐ and 6‐year‐olds

In this study, the interdependencies among phonological awareness, verbal working memory components, and early numerical skills in children 1 year before school entry are addressed. Early numerical skills were conceptualized as quantity‐number competencies (QNC) at both basic (QNC Level 1) and advanced (QNC Level 2) levels. In a sample of 1,343 children aged 5 and 6, structural equation modelling provided support for the isolated number words hypothesis (Krajewski & Schneider, 2009, J. Exp. Child Psychol., 103, 516–531). This hypothesis claims that phonological awareness contributes to the acquisition of QNC Level 1, such as learning the number word sequence, but not of QNC Level 2, which requires the linkage of number words to quantities. In addition, phonological awareness relied on verbal working memory, especially with regard to the phonological loop, central executive, and episodic buffer. The results were congruent with the idea that phonological awareness mediates the impact of verbal working memory on QNCs. The relationships between verbal working memory, phonological awareness, and QNCs were comparable in monolingual and bilingual children.