学习量子力学中的多重本体

Alois Matorevhu
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引用次数: 0

摘要

在本研究中,与解释主义范式一致,焦点小组讨论(fgd)与高等物理学生对波粒二象性的多重本体论/现实的数据一起使用。研究结果表明,需要为高等物理学生提供批判性思考的机会,以便他们发展本体论,这可能有助于旨在解决相关波粒问题的辩论。因此,物理教育者应该让高等物理专业的学生接触到能够发展波粒二象性灵活本体的教学环境。这种接触鼓励大专物理专业的学生参与探索可能具有科学意义的替代方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multiple ontologies in learning quantum mechanics
In this study, consistent with the interpretivist paradigm, focus group discussions (FGDs) were used together data about tertiary physics students’ multiple ontologies / realities on wave – particle duality. Findings of the study show the need to afford tertiary physics students opportunities to critically think so that they develop ontologies which may contribute to debates aiming to solve pertinent wave – particle issues. Therefore physics educators should expose tertiary physics students to teaching and learning contexts which develop flexible ontologies about wave – particle duality. Such exposure encourages tertiary physics students to engage in exploring alternatives which may be scientifically significant.
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