Verbal fluency and creativity: General and specific contributions of broad retrieval ability (Gr) factors to divergent thinking

The Cattell–Horn–Carroll (CHC) model of intelligence views creativity as a first-level factor within the second-level factor of broad retrieval ability (Gr), alongside other first-level abilities such as ideational fluency and word fluency. Traditional methods of measuring creativity, however, confound idea quality with idea quantity, which might exaggerate the relationship between creativity scores and verbal fluency factors. Participants (n = 131 adults) completed two divergent thinking tasks (unusual uses for a rope and a box), which were scored using newer methods that effectively separate creativity (scored via subjective ratings) and fluency (scored as number of responses). They then completed 16 verbal fluency tasks that assessed six lower-order Gr factors: word fluency, associational fluency, associative flexibility, ideational fluency, letter fluency, and dissociative ability. Viewed singly, many of the lower-order factors significantly predicted creative quality and fluency. General Gr had substantial effects on creative quality (standardized β = .443) and fluency (β = .339) in a higher-order model as well as in a bifactor model (quality β = .380, fluency β = .327). Moreover, general Gr was the only significant predictor in the bifactor model, suggesting that it, not the specific factors, was most important. All effects were essentially the same after controlling for typing speed and vocabulary knowledge. The findings thus support the CHC view of creativity/originality as a lower-order component of Gr, illuminate the relationships between creativity and first-level Gr factors, extend the study of creativity and intelligence beyond fluid intelligence, and further indicate that creativity is more closely tied to cognitive abilities than creativity research has yet recognized.     

Perception of one's own and others' ability by preschool Japanese children

This study examined the perception of one's own and others' ability in preschool Japanese boys and girls. In Study 1, 70 Japanese boys and girls aged 4–6 years rated their own and their close friend's ability on their favorite outdoor and indoor activities. In Study 2, 65 Japanese children aged 5 and 6 years rated their own and their close friend's ability and guessed that of a nonfriend (a mere acquaintance child in the preschool) on their most and least favorite outdoor and indoor activities. The major findings were as follows: (a) the perception of preschool children's own ability correlates with that of their close friend's ability; (b) ability perception was influenced by preference for the activity and by gender; and (c) no difference was found between ratings for a close friend and a nonfriend according to activities preferences, which differed from the ability perception by preadolescent children.     

The Duration and Intensity of the Exposure Light as Factors in Determining the Course of the Subsequent Dark-Adaptation: I. the Matching Method

The authors investigated the phenomenon that performance in an ongoing task declines when individuals must carry out a prospective memory (PM) task. This effect is referred to as the PM interference effect. The authors examined whether the PM interference effect differs between event-based and time-based PM tasks and whether it is increased among the elderly. The authors also investigated adult age differences in PM performance and the potential underlying mechanisms of the age deficits in PM. They found that the PM interference effect was greater in event-based than in time-based tasks. However, aging was not associated with an increase in PM interference effects. Age differences in PM performance were more exaggerated in time-based than event-based PM, but they were not mediated by age differences in traditional cognitive ability measures. In time-based PM, age showed a unique adverse effect even after controlling for the ability to externally monitor the time, leading to the possibility that aging disrupts time-based PM because of deficits in internally processing the time.     

初中生数学成绩、数学学业能力自我概念与数学学业情绪的关系

采用学业情绪问卷、数学学业自我概念问卷调查了370名初中学生,以探讨初中生数学学业情绪特点及其与数学成绩、数学学业能力自我概念间的关系。结果发现：（1）除积极高唤醒情绪外的其它数学学业情绪在性别上差异显著,除消极高唤醒外的其它情绪在年级上差异显著。（2）数学成绩通过数学学业能力自我概念间接预测四类数学学业情绪。结论是,初中男生数学积极情绪多于女生,女生数学消极情绪多于男生,积极情绪随年级下降,消极情绪随年级上升;初中生数学学业能力自我概念在数学成绩和数学学业情绪间起完全中介作用。     

师范生对教学能力的自我评价、他人评价和反射性评价的关系研究

通过对36名师范生进行问卷调查,考察师范生在教学反思过程中对教学能力的自我评价、他人评价和反射性评价之间的关系。结果发现,在对教学能力的评价中：（1）师范生的自我评价和反射性评价显著低于他人评价;（2）相对于具体他人,泛化他人评价和泛化反射性评价对个体自我评价的影响更大;（3）自我评价与他人评价存在中低相关,而与反射性评价存在中高相关;（4）反射性评价在他人评价和自我评价之间起着完全中介作用。本研究表明,师范生对教学能力的自我评价、他人评价和反射性评价并不完全一致,他人评价通过反射性评价间接影响个体的自我评价。     

工作记忆训练的研究述评*

以往研究表明,工作记忆是一个资源有限的系统,但近年来大量研究发现工作记忆成绩可以通过训练提高。工作记忆训练是指针对低容量的个体进行针对存储系统或者中央执行系统各成分的训练,以提升个体工作记忆绩效及影响任务相关脑区的活动。来自认知神经科学的证据在评估工作记忆训练的效果上起到了重要作用。虽然目前该领域的研究已经取得一定的成绩,但是利用工作记忆训练来改善个体的工作记忆在具体的方法、训练成效等问题上还存在一定的争议。     

The relationship between face recognition ability and socioemotional functioning throughout adulthood

The relationship between face recognition ability and socioemotional functioning has been widely explored. However, how aging modulates this association regarding both objective performance and subjective-perception is still neglected. Participants, aged between 18 and 81 years, performed a face memory test and completed subjective face recognition and socioemotional questionnaires. General and social anxiety, and neuroticism traits account for the individual variation in face recognition abilities during adulthood. Aging modulates these relationships because as they age, individuals that present a higher level of these traits also show low-level face recognition ability. Intriguingly, the association between depression and face recognition abilities is evident with increasing age. Overall, the present results emphasize the importance of embedding face metacognition measurement into the context of these studies and suggest that aging is an important factor to be considered, which seems to contribute to the relationship between socioemotional and face-cognitive functioning.     

Computerized tabletop games as a form of a video game training for old-old

This research aimed at investigating the utility of a computerized version of a cognitively stimulating activity as a video game intervention for elderly. The study focused on the effect of a 6-week extensive practice intervention on aspects of cognitive functioning (vigilance, working memory (WM), inhibition, reasoning) of old-old participants (N = 29), randomly assigned to trained or active control group. The difference between groups was in the content of the extended video game practice – cognitively complex card game for trained and computerized version of a simple dice-game of chance for control participants. A pretest, posttest and a 4-month follow-up measurement was conducted. Results revealed improvements in both groups, except for improved reasoning found only in trained participants. These results suggest that: (1) improvements are dependent on the complexity of the program, (2) cognitively stimulating activity are a valid training procedure for old-old, (3) novelty of computer use is an important factor in determining training efficacy.     

Heterogeneity in generalized reinforcement learning and its relation to cognitive ability

In this paper, we study the connections between working memory capacity (WMC) and learning in the context of economic guessing games. We apply a generalized version of reinforcement learning, popularly known as the experience-weighted attraction (EWA) learning model, which has a connection to specific cognitive constructs, such as memory decay, the depreciation of past experience, counterfactual thinking, and choice intensity. Through the estimates of the model, we examine behavioral differences among individuals due to different levels of WMC. In accordance with ‘Miller’s magic number’, which is the constraint of working memory capacity, we consider two different sizes (granularities) of strategy space: one is larger (finer) and one is smaller (coarser). We find that constraining the EWA models by using levels (granules) within the limits of working memory allows for a better characterization of the data based on individual differences in WMC. Using this level-reinforcement version of EWA learning, also referred to as the EWA rule learning model, we find that working memory capacity can significantly affect learning behavior. Our likelihood ratio test rejects the null that subjects with high WMC and subjects with low WMC follow the same EWA learning model. In addition, the parameter corresponding to ‘counterfactual thinking ability’ is found to be reduced when working memory capacity is low.     

人类基本数学能力的进化证据

数学能力是人类重要的高级认知能力。人类的基本数学能力从进化上而言是一种适应性的表现,对个体的生存和繁衍有重要的意义。近年来比较心理学研究发现,成年人、婴儿的基本数学能力的行为表现和脑神经机制与其它物种相似,分子遗传学研究表明基本数学能力具有一定的遗传性。这些发现有助于人们更深刻地理解基本数学能力的本质及发生发展机制。