Neuromyths have long been an issue in education, shaping beliefs and practices with misconceptions about the way that the brain functions and how learning happens. These prevalent myths, such as the notion that we only use a small fraction of our brain’s capacity, can significantly impact teaching strategies and, as a result, student learning outcomes.
That’s why it is crucial that teachers are aware of these myths and equipped with the knowledge to combat them. By understanding the science behind learning and dispelling these neuromyths, you can create a more effective learning environment for your students.
Read on to learn more about…
- What neuromyths are
- The 4 most common neuromyths in education
- The cost of neuromyths
- How to reduce belief in neuromyths
What are neuromyths?
Neuromyths are misconceptions about how the brain functions and learns. These myths often sound plausible, but lack scientific backing.
The history of neuromyths dates all the way back to when neuroscience was gaining popularity in educational circles. Misinterpretations of brain research findings combined with a desire for quick fixes in education led to their proliferation. They can lead to ineffective teaching methods, wasted resources and misguided strategies that sometimes even hinder student learning. This is why it is crucial to distinguish fact from fiction.
The 4 most common neuromyths in education
So, let’s delve into some of the most common neuromyths and what research actually says about them…
1. Learning styles
One of the enduring neuromyths among teachers is the belief in VAK learning styles, which categorise individuals into three different types of learners:
- Visual learners – Supposedly learn best through visual aids such as images, diagrams and charts.
- Auditory learners – Supposedly learn best through listening to lectures or auditory aids such as recordings.
- Kinaesthetic learners – Supposedly learn best through hands-on activities and movement.
Just because someone has a preferred way of learning, doesn’t mean it is best for them. Despite being widely accepted by 93% of teachers in the UK, research indicates a lack of empirical evidence supporting the effectiveness of tailoring instruction to specific learning styles. In reality, students benefit more from varied instructional methods that engage multiple senses rather than rigid adherence to perceived learning preferences. Likewise, the nature of the content is almost certainly a more relevant factor, as opposed to an individuals preferred format.
2. Left brain/right brain distinctions
The notion of left brain/right brain dominance is another prevalent neuromyth that has captured the imagination of 91% of teachers. This myth suggests that individuals exhibit distinct personality traits and cognitive strengths based on hemispheric dominance.
However, scientific research debunks this idea. The human brain functions as a whole, with both hemispheres collaborating in neural processing.
3. “You only use 10% of your brain”
The prevailing misconception that individuals tap into a mere 10% of their brain’s capacity continues to thrive in popular culture, as evident from this survey findings.
However, this widely circulated belief lacks research evidence. As neuroscientists learn more and more about the way our brains work, they are yet to find untapped cognitive reserves. If this were the case, this would have undoubtedly garnered scientific attention, which is not the case.
4. Brain Gym
Brain Gym, a programme based on improving cognitive functions through physical exercises, once gained lots of traction in the education world. Despite its popularity, the link between Brain Gym and enhancing academic performance remains questionable to say the least. While physical activity does play a significant role in overall well-being, the direct link between specific movements and cognitive improvements lacks robust scientific support.
What impact have neuromyths had on education?
The perpetuation of neuromyths within educational settings can have far-reaching consequences on teaching practices and student outcomes. These misconceptions can significantly impact how educators approach instruction and curriculum design.
While the direct correlation between teachers’ beliefs in neuromyths and negative educational outcomes lacks concrete empirical evidence, there is a growing awareness of the potential pitfalls associated with misguided teaching choices. Dispelling these myths and promoting evidence-informed teaching practices is crucial in fostering a culture of critical thinking and informed decision-making in education.
Here are some of the costs associated with neuromyths…
1. Misguided teaching strategies
Adapting their practice to neuromyths such as VAK learning styles can lead educators down a path of misdirected efforts, where teaching methods are tailored to unproven rather than evidence-informed approaches. This can cause a mismatch between teaching strategies and students’ actual learning needs, potentially hindering the effectiveness of teaching.
2. Cost of time and resources
Neuromyths come at a cost, consuming valuable time and resources that could be better allocated to evidence-informed practices. Investing time and effort in pseudoscientific strategies rather than proven methods causes educators to miss out on opportunities for genuine advancements in Teaching & Learning.
3. Promoting unrealistic expectations
Embracing neuromyths can also foster unrealistic expectations about learning and cognitive processes. Teachers who buy into these myths may unintentionally propagate misconceptions among students, leading to a distorted view of how learning occurs and which strategies are truly effective in promoting academic growth.
How to reduce belief in neuromyths
So, what can schools do to combat the prevalence of these myths?
A recent review has shown that targeted interventions play a pivotal role in dispelling educational neuromyths, offering transformative outcomes for both teaching practice and student performance.
A study from Standford University showed the positive impact of targeted interventions in debunking neuromyths. Implementing neuroscience-informed professional development programmes can lead to significant shifts in teaching practices, ultimately enhancing student performance in specific subjects.
Different intervention approaches have been explored to reduce beliefs in neuromyths among teachers, each showing varying degrees of effectiveness. Three strategies in particular have shown some promise in combating misconceptions and fostering evidence-informed teaching practices…
- Refutation texts – A refutation text states a common misconception about a subject, refutes it and provides an explanation of the correct conception. These texts have demonstrated success in diminishing beliefs in neuromyths; however, their effect tends to wane after approximately 30 days. Integrating refutation texts into concise professional development training sessions on basic neuroscience has proven more effective in sustaining impact over time.
- Personalised refutation texts – Tailoring refutation texts to individual responses has shown promise in reducing the endorsement of neuromyths while mitigating defensive reactions. This personalised approach enhances engagement and receptivity to evidence-based information, facilitating a more profound shift in belief systems.
- Immersive experiences – Engaging teachers in immersive experiences, such as summer schools or research group immersions, offers a hands-on approach to complementing neuroscience knowledge. These immersive experiences have been effective in reducing adherence to neuromyths compared to traditional exposure methods, highlighting the value of experiential learning in reshaping beliefs.
Recognising the complexity of conceptual change and addressing misconceptions is a fundamental step in promoting neuroscientific literacy. This approach necessitates reflective practices where teachers actively engage in critical evaluation of their beliefs, aligning them with empirical evidence.
While professional development interventions have shown efficacy in reducing beliefs in neuromyths, their impact on teachers’ daily pedagogical decisions and students’ academic achievements in real-world classroom contexts requires further exploration. The latest review on neuromyths in education emphasises the need for continued research in this area to assess the long-term implications of interventions and their practical applications.
Final thoughts
Neuromyths pose a significant challenge to evidence-informed teaching practices, but by arming yourself with accurate information, critically evaluating educational trends and promoting a culture of inquiry and scepticism, you can combat neuromyths effectively and help cultivate Teaching & Learning practices grounded in empirical evidence.
