The Development of Implicit Memory From Infancy to Childhood: On Average Performance Levels and Interindividual Differences

The present multimethod longitudinal study aimed at investigating development and stability of implicit memory during infancy and early childhood. A total of 134 children were followed longitudinally from 3 months to 3 years of life assessing different age‐appropriate measures of implicit memory. Results from structural equation modeling give further evidence that implicit memory is stable from 9 months of life on, with earlier performance predicting later performance. Second, it was found that implicit memory is present from early on, and no age‐related improvements are found from 3 months on. Results are discussed with respect to the basic brain structures implicit memory builds on, as well as methodological issues.     

Interdisciplinary education in comprehensive school： Can a deep understanding occur？

The authors investigate how disciplines at school. Interdisciplinarity can be addressing a topic that is too broad to be understanding of the topic, the process going an integrative approach can be applied to teaching of different defined as a process of answering a question, solving a problem or dealt with by a single discipline. In addition to an integrated on inside the learner interests the authors. Unsuspected abilities, development of new views of the world and new commitment may emerge. Constructivism and narration, together with the socio-cultural theory of learning, form the background of the teaching and learning processes. The curriculum will integrate between subjects and recommends work in small groups to develop students＇ social capacities. The collaborative problem-solving approach, while including telling and re-telling features, allows students of natural sciences to hypothesize and test hypotheses using scientific methods. The target audience of this paper is class teachers and subject teachers in comprehensive schools （Grades 1-9）. The research questions are： Do students that undergo integrative education work think and problem-solve in different ways compared to when partaking in standard instruction？ Can they develop a deep understanding of the topic they are studying？ The authors plan to present story re-telling and visualization activities in groups concerning one theme： eggs. The topic covers arts, foreign languages, mathematics and science. Such an approach strengthens students＇ understanding of the disciplines themselves. It is hoped that this work can be useful for teachers that are interested in giving their students a more holistic view of their life world.     

Otherness ‘without ostracism or levelling’: towards fresh orientations to teacher foreigners in early childhood education

Abstract

This article attempts to conceptualise the notion of the foreigner in relation to immigrant early childhood teachers. Sparked by Kristeva’s challenge, to live with and as others without ostracism or levelling, it highlights tensions that arise in a juxtaposition of the Aotearoa/New Zealand early childhood curriculum document, Te Whāriki and other guidelines for cross-cultural practices, with perspectives on the foreigner and foreignness. Situated in the neoliberal sociopolitical and cultural landscape of Aotearoa/New Zealand, the analysis foregrounds and re-frames orientations towards immigrant teachers as they may play out in the early childhood realm. Kristeva’s insights into foreigners’ raw and intimate experiences provide a freeing lens to emphasise influences on and consequences of a foreigner’s otherness. While Kristeva’s challenge may be a never-ending story of a utopian future in education, its use in this analysis is intended to provoke an awareness of complex conceptualisations of foreignness and of tensions that could subvert the aim of working towards this, possibly elusive, ideal.     

Approach–Method Interaction: The role of teaching method on the effect of context-based approach in physics instruction

The purpose of this study is to explore not only the effect of context-based physics instruction on students’ achievement and motivation in physics, but also how the use of different teaching methods influences it (interaction effect). Therefore, two two-level-independent variables were defined, teaching approach (contextual and non-contextual approaches) and teaching method (traditional and learning cycle methods). Thus, a 2?×?2 factorial design was performed with four treatment groups, including 131 11th-grade students: (1) a traditional method with the non-contextual approach group, (2) a traditional method with the contextual approach group, (3) a learning cycle with the non-contextual approach group, and (4) a learning cycle with the contextual approach group. Prior to and just after the treatments, which took 5 weeks, pre-tests and post-tests on student achievement and motivation were administered. For the analysis of data, multivariate analysis of covariance, simple regressions and follow-up analysis of covariances were performed. Consequently, it was found that the effect of context-based approach on physics achievement is dependent upon the teaching method implemented. That is, the traditional method was observed to increase the effect of the contextual approach while the learning cycle decreased it. Related to the effects on motivation in physics, no evidence was found to claim a significant difference. Based on the findings of this study, further research is suggested for determining which teaching methods are more effective with the context-based approach on students' achievement and motivation in physics.     

Do systems pass university entrance exams?

Reading Comprehension tests are commonly used to assess the degree to which people comprehend what they read. This is why we work with the hypothesis that it is reasonable to use these tests to assess the degree to which a machine “comprehends” what it is reading. In this work, we evaluate Question Answering systems using Reading Comprehension tests from exams to enter University. This article analyses the datasets generated, the kind of inferences required, the methodology followed in three evaluation campaigns, the approaches presented by participants and current results. Besides, we study the evolution of systems and the main lessons learned in this evaluation process. We also show how current technologies are unable to pass university-entrance exams. This is because these tests require a deep understanding of texts, as well as detecting the similar meaning of phrases with different words. Future directions focused on these ideas seem more promising than including a massive amount of data for training systems, what has allowed systems to obtain outstanding results in Reading Comprehension tests with more straightforward questions. We think this study helps to increase the knowledge about how to develop better Question Answering systems.