Abstract
Neuroscience is changing the world, yet barely ours. Still, we need it. Innovative teacher training requires giving learners access to the amazing things neuroscience is discovering about learning and language, complex neurological processes. This chapter will discuss ways non-experts can incorporate neuroscience in their teacher-training syllabi, and give teacher trainers a short course in key neuroscientific breakthroughs. The topics include: (a) prevalent neuromyths; (b) how learning, memory, and attention work; (c) the role of sleep; (d) embodied simulation; (e) the power of stories; (f) the need for movement; and (g) stress as a teaching tool. While neuroscience might not give us new teaching methods, it explains the processes underlying those we use.
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Notes
- 1.
This is not to say that language researchers are not aware of the importance of neuroscience. Linguists like John Schumann and George Lakoff have made great contributions to the neurobiology of language and the way the brain processes it. Nonetheless, their work has not yet had much impact on teacher training.
- 2.
Suggestion: Watch Molly Crockett’s TED Talk: “Beware Neuro-bunk.” Available at: https://www.ted.com/talks/molly_crockett_beware_neuro_bunk?language=en
- 3.
Memory is a slippery proposition in neuroscience. Does it, as we think of it, even exist? After all, every time you remember something, you change it; reactivating an existing network alters the connections. In fact, all the notions we have about how the mind works are all just one thing, networks activating. According to Spencer Robinson, “learning, cognition, understanding, knowledge and memory are indistinguishable—all simply interchangeable terms for the same process—each thought, idea, feeling, memory, etc., simply a unique pattern of neuronal interconnectivity” (2015, p. 97)
- 4.
Disclaimer: As suggested in Footnote 3, short-term and long-term memory do not really exist in the brain. These are just notions we have developed to frame long-term potentiation.
- 5.
Note the functions of these three neurotransmitters are simplified here. They are also associated with many other behaviors as well, including aggression, addiction, and prejudice.
- 6.
In fact, our motor areas involved in all kinds of processing so any movement might aid learning. For example, numerous studies have found that chewing sugarless gum increases retention, the best known being Scholey’s 2002 study that showed it increased word retention up to 35% (Laskaris, 2006). The exact reason why, though, is still not clear.
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Kelly, C. (2017). The Brain Studies Boom: Using Neuroscience in ESL/EFL Teacher Training. In: Gregersen, T., MacIntyre, P. (eds) Innovative Practices in Language Teacher Education. Educational Linguistics, vol 30. Springer, Cham. https://doi.org/10.1007/978-3-319-51789-6_5
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