Neuromyths

Descriptions of myths, the neuroscience, debunking, and how to counteract them.

Multitasking Myth

The ability to perform multiple tasks at the same time.

Neuroscience of Multitasking

rapidly switching between different cognitive processes (attention, memory, decision making)

Neuroscience of Multitasking and Cramming

Overwhelms cerebrum and prefrontal cortex

Neuroscience of Multitasking

Activates the brain reward system, creating a feedback loop that reinforces the behavior

Neuroscience of Multitasking and Cramming

Can lead to increased levels of stress hormones like cortisol, which harms cognitive function, decision-making, and memory

Neuroscience of Multitasking

Long-term effects include impaired memory, attention, and overall cognitive function

Debunking Multitasking

The brain has a limited capacity

Counteracting Multitasking

Prioritize tasks, focus on one task at a time

Cramming Myth

studying intensively in a short period of time is an effective way to retain information

Neuroscience of Cramming

Hinders deep learning and allows shallow memorization

Neuroscience of Cramming

activates the hippocampus

Debunking Cramming

The brain needs time to combine information and process it

Counteracting Cramming

Encourage consistent study habits, spaced repetition, and distributed practices

The Myth of Normal

the idea that there is one standard way for people to be, think, learn, or act

Neuroscience of Variety

Different backgrounds, opportunities, perspectives, environments, cultures, and viewpoints impact brain structure and function

Cognitive Styles

The different ways people process information

Debunking The Myth of Normal

cognitive styles and variety

Counteracting The Myth of Normal

use varied teaching methods

The Myth of Cognitive Rigidity

our cognitive abilities become rigid and fixed as we age, making it harder to learn new things

Tabula Rasa

The human mind is basically empty at birth, without inborn knowledge or tendencies

Neuroscience of Neuroplasticity

Cognitive processes, such as processing speed, can slow with age, but our brains remain quite flexible throughout life

Neuroscience of Neuroplasticity

Allows our brain to reorganize and adjust based on experiences, allowing us to learn throughout our lives, or even after an accident

Debunking Cognitive Rigidity

demonstrate that the brain can remain flexible

Counteracting Cognitive Rigidity

face challenges with enthusiasm, have a growth mindset

The Brain is a Computer Myth

common framework for comparing the brain to a computer

Neuroscience of the Embodied Mind

body, mind, environment, everything is linked/connected

Debunking The Brain is a Computer

embodied mind

Counteracting The Brain is a Computer

Incorporate physical activities into learning