Bowers Jeffrey S
University of Bristol.
Psychol Rev. 2016 Oct;123(5):628-35. doi: 10.1037/rev0000043.
In Bowers (2016), I argued that there are (a) practical problems with educational neuroscience (EN) that explain why there are no examples of EN improving teaching and (b) principled problems with the logic motivating EN that explain why it is likely that there never will be. In the following article, I consider the main responses raised by both Gabrieli (2016) and Howard-Jones et al. (2016) and find them all unconvincing. Following this exchange, there are still no examples of EN providing new insights to teaching in the classroom, there are still no examples of EN providing new insights to remedial instructions for individuals, and, as I detail in this article, there is no evidence that EN is useful for the diagnosis of learning difficulties. The authors have also failed to address the reasons why EN is unlikely to benefit educational outcomes in the future. Psychology, by contrast, can (and has) made important discoveries that can (and should) be used to improve teaching and diagnostic tests for learning difficulties. This is not a debate about whether science is relevant to education, rather it is about what sort of science is relevant. (PsycINFO Database Record
在鲍尔斯(2016年)的文章中,我认为:(a)教育神经科学(EN)存在实际问题,这解释了为何没有EN改善教学的实例;(b)推动EN发展的逻辑存在原则性问题,这解释了为何很可能永远都不会有此类实例。在接下来的文章中,我审视了加布里埃利(2016年)以及霍华德 - 琼斯等人(2016年)提出的主要回应,发现它们都无法令人信服。经过这场交流,仍然没有EN为课堂教学提供新见解的实例,仍然没有EN为个体补救性指导提供新见解的实例,而且,正如我在本文中详细阐述的,没有证据表明EN对学习困难的诊断有用。这些作者也未能解决为何EN未来不太可能有益于教育成果的原因。相比之下,心理学能够(而且已经)做出重要发现,这些发现能够(而且应该)用于改善教学以及学习困难的诊断测试。这并非关于科学是否与教育相关的争论,而是关于何种科学与教育相关的争论。(《心理学文摘数据库记录》 )