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May, Christopher J.; Wittingslow, Ryan; Blandhol, Merethe – Educational Philosophy and Theory, 2022
In this paper, we propose that an increasingly regarded theoretical framework in neuroscience--the predictive processing framework--can help to advance an understanding of the foundations of critical thinking as well as provide a mechanistic hypothesis for how education may increase a learner's subsequent use of critical thinking outside of an…
Descriptors: Critical Thinking, Neurosciences, Transfer of Training, Prediction
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Vlaardingerbroek, Barend – School Science Review, 2020
The logos of many atomic energy regulatory bodies present a paradox in that the depictions of atomic structure that they portray tend to be 'wrong' in relation to the rules that govern pictorial representations of atomic structure that we teach. These logos present chemistry educators with excellent classroom resources to enhance critical thinking…
Descriptors: Nuclear Energy, Models, Science Instruction, Critical Thinking
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Turner, John J. – School Science Review, 2018
This article endeavours to define how the application of incorrect or wrong solutions to mathematical equations or problems can be used to help stimulate students to perform a critical analysis of the mathematics being applied or the context of the equations used. The context of the application is discussed together with the specific learning…
Descriptors: Critical Thinking, Equations (Mathematics), Mathematics Instruction, Mathematical Concepts