The facts about neuromyths in education

While neuroscience and brain research have opened doors to enhance teaching methods, help students with learning difficulties and polish educational technologies, there are many misconceptions and incorrect interpretations that can mislead teachers, policymakers and curriculum designers. A neuromyth is a misconception about brain functioning, which is the result of authentic scientific findings but is often applied falsely to teaching and learning. Either oversimplified or over-generalised, they sound convincing, offer quick solutions to complex problems, and are frequently promoted in teacher training materials or commercial “brain-based” learning workshops. Let’s take a look at some of the most common neuromyths that help shape educational thinking.

Myth 1: Students are either left-brained or right-brained learners.

This popular belief suggests that the ones who are “left-brained” are more logical, analytical, and detail-oriented, while “right-brained” individuals are often creative, intuitive, and imaginative. Teachers are encouraged to tailor lessons on the basis of these divisions.

Fact: According to neuroscience, the brain’s hemispheres are highly interconnected and communicate through complex neural networks. Cognitive tasks such as reading, problem-solving, and creativity involve both hemispheres working together. Brain imaging studies say that there are no “left-brained” or “right-brained” learners. Such myths exist only because they provide a tidy explanation of personality differences, but it oversimplifies the brain’s remarkable complexity.

Myth 2: We only use 10% of our brain.

This suggests that the larger part of the brain is not in use and is waiting to be “activated” through special techniques or exercise.

Fact: Modern neuroimaging research has continuously disproved this claim. A human uses nearly all parts of their brain. Even the simplest tasks, such as reading a sentence or recalling a memory, engage multiple regions. While this myth caters to the idea of untapped potential, it misinterprets the efficiency of brain operations.

Myth 3: Learning styles (visual, auditory, kinaesthetic) determine how students learn best.

According to this, aligning the instruction to a student’s preferred “learning style” leads to better outcomes. For example, teaching visually to a visual learner.

Fact: Effective learning relies on content and cognitive engagement, not on catering to a fixed sensory preference. Even though students have individual strengths, the human brain processes information with the help of multiple channels.

Myth 4: Brain-based training programmes can increase intelligence.

Fact: Several brain-training apps and programmes claim to enhance memory, concentration, or IQ through daily exercise. However, there is little proof that this carries over to other aspects of life. The human brain is adaptable, but being good at a memory game does not necessarily make you better at remembering real-life things.

While our brains are flexible and capable of learning, companies sometimes misuse the term neuroplasticity to sound more scientific. True brain development arises from rich learning experiences, critical thinking, and sustained intellectual challenges. Neuroscience has a seductive power that makes these myths powerful and acceptable. Research says that viewers are more likely to believe claims when accompanied by brain scan images, even if the claims are illogical. For example, an FMRI scan may project brain activities while performing a task, but it doesn’t predict how learning actually occurs or why it distinguishes among individuals. Neuroscience is a valuable research field, but it must be handled with care, context and collaboration.

As neuroscience continues to inform education, it is essential to separate science from speculation. Neuromyths generalise the brain’s complexities and can misdirect teaching practices, wasting time, potential, and resources. If used responsibly, neuroscience can enhance how humans learn best, but only when its tools are interpreted in the right context and not in isolation.

The writer is the Chairman and CEO, SNVA Edutech.