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Observation in quantum physics: challenges for upper secondary physics students in discussing electrons as waves

机译:Quantum物理学的观察:上部二级物理学生讨论电器的挑战

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Quantum physics is challenging for young students, but also a source of fascination. Observation is a key concept in order to understand how principles and experimental results in quantum physics differ from what we are used to in classical physics and everyday experiences. In this study we investigate how pre-university physics students understand the concept of observation in the case of the famous double-slit experiment with electrons and interpretations of its results. We found that a conception of observation as looking, meaning a passive registration, is prevalent among students. This causes serious problems in understanding quantum physics and leads to very unproductive speculations that links to mysticism. Some students considered observation as measurement involving some sort of apparatus, but very few expressed the key idea of measurement as interaction. We discuss how a more explicit discussion of what observation means in quantum physics can benefit students' understanding of principles in quantum physics and their philosophical consequences.
机译:Quantum物理对年轻学生来说是挑战,也是迷恋的源泉。观察是一个关键概念,以了解量子物理学中的原则和实验结果如何不同于我们在古典物理和日常经验中的习惯。在这项研究中,我们调查大学前的物理学生如何了解着名的双缝实验的观察概念,电子和结果的解释。我们发现观察的观察概念,意味着被动登记,在学生中普遍存在。这导致了解量子物理学中的严重问题,并导致与神秘主义有关的非常不良的猜测。一些学生认为观察是涉及某种装置的测量,但很少有人表达了测量的关键概念作为交互。我们讨论如何更明确地讨论量子物理学中的观察手段可以让学生对量子物理学的原则的理解及其哲学后果。

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