3、4岁儿童数数的规则及其策略运用的研究

数数能力是儿童用于建构其数学知识系统的重要工具,是儿童早期获得的最基本的数认知能力之一。本研究以234名3、4岁儿童为被试,采用个别测查法对儿童数数的规则及其策略运用进行了考察。研究发现：(1)随着数列数目的增大,3、4岁儿童数数精确性呈下降趋势,但4岁儿童在各项任务上的数数精确性显着高于3岁儿童;(2)3、4岁儿童在数7、10、15、30任务上的错误表现有显着差别;(3）3、4岁儿童数数策略运用存在显着差别．协方差分析显示。策略使用在数7和数10任务上具有显着效应。     

Mysticism in Chinese Christians and Non-Christians: Measurement Invariance of the Mysticism Scale and Implications for the Mean Differences

In this study, the authors validated the 3-factor, 8-facet model of Hood's Mysticism Scale and explored mean differences in mysticism with 330 indigenous Chinese Christian and 323 non-Christian participants. Confirmatory factor analysis demonstrated good fit for the overall Chinese sample and established measurement invariance of the instrument across the 2 groups. Both groups scored above the midpoint on the total Mysticism Scale, whereas Christians scored significantly higher in the mystical interpretation factor than did non-Christians. Controlling for demographic variables, multiple regression procedures revealed that a high intrinsic religious orientation mediated the association of Christian religious affiliation with mysticism. These results yielded patterns consistent with those found in the West and suggested that the Mysticism Scale was a valid quantitative measure for exploring spirituality issues in Chinese society.     

Do objects in working memory compete with objects in perception?

It is generally assumed that “perceptual object” is the basic unit for processing visual information and that only a small number of objects can be either perceptually selected or encoded in working memory (WM) at one time. This raises the question whether the same resource is used when objects are selected and tracked as when they are held in WM. In two experiments, we measured dual-task interference between a memory task and a Multiple Object Tracking task. The WM tasks involve explicit, implicit, or no spatial processing. Our results suggest there is no resource competition between working memory and perceptual selection except when the WM task requires encoding spatial properties.