创造力
背景(考古学)
科学教育
数学教育
语境效应
心理学
教学方法
社会学
教育学
化学
社会心理学
数学
地理
考古
几何学
词(群论)
作者
Xuping Xiong,Shanzhang Ren
标识
DOI:10.1080/09500693.2024.2414436
摘要
The use of science fiction resources to enhance creativity is an innovative approach that is gaining international attention. This study combines science fiction films (SFFs) based biological learning with the Creative Problem Solving (CPS) model to offer the Biology in Science Fiction Films course in high school. During the course, we assessed students' creative thinking propensities using the Creativity Assessment Packet and evaluated creativity in students-created micro-science fictions (micro-SFs) by the consensus assessment technique. The results showed that after the theme-based instruction: (1) the students' creative thinking propensities produced a significant increase in the overall (p = 0.005), with highly significant increases in the imaginative dimension (p = 0.004) and the challenging dimension (p = 0.030); (2) Students' scores on micro-SFs created in the post-test improved over the pre-test, but their pre- and post-test gaps have not yet reached the level of significant difference. The study indicates that the course has the potential to offer a new avenue for the development of students' creativity. Collaborating across disciplines may be able to enhance students' creativity in a more comprehensive manner.
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