Understanding the Brain of a Child
It’s now known that the brain is malleable and changes in response to each new experience, thought, and kind of learning. This is called neuroplasticity. It means that all experiences are recorded in the form of neural connections.
The brain is an organ that’s extremely sensitive to environmental factors that change its structure and function. The brain of a child can be changed by neuroplasticity. This favors the creation of adequate neural networks while avoiding harmful ones.
The three brains theory
The brain is the organ with which we record and integrate the learning of our day-to-day. Understanding the functioning of the brain is key to knowing why a child behaves the way they do and reacts to any stimulus in a certain way.
To understand how the brain processes the information it receives from the outside and thus emits a response to said action, it can be divided into three subparts:
- The intuitive or primary brain. It takes up five percent of the brain’s capacity and is active from birth. It emits automatic and instinctive responses. The neurons that make it up don’t learn, they react.
- The emotional or secondary brain. It takes up 15 percent of the brain’s capacity. Here, emotions, memory, and learning are recorded. It’s the dominant brain in childhood and adolescence. In fact, emotions have a relevant role in the learning that occurs at these stages of development.
- The cognitive or superior brain. It occupies 80 percent of the cerebral capacity and is fully developed by the age of 25. The executive functions are found here and it’s where intelligence is developed. Neural networks integrate learning so that it becomes a store of information, which can later be used.
Understanding this circuit is the starting point for understanding how a child responds to an external stimulus, also taking into account the phenomenon of neuroplasticity.
Adults play an important role as facilitators of the awakening and maturation of a child’s cognitive brain. In fact, they can help the child correctly manage the two lower brains.
Any experience or environmental factor can leave an imprint on the brain of a child in the form of a neural network. This process is called positive neuroplasticity. Every experience repeated over time translates into the strengthening of that network. It gives rise to an automatic behavior pattern.
However, any neural network not used over time ends up weakening, and can even become extinct. This process is called negative neuroplasticity. We can affirm, then, that neuroplasticity forms the basis of learning.
The reference adults for children (parents, relatives, teachers, etc) are the creators of neural networks in their brains Therefore, educating them consists of creating valuable connections between neurons. Furthermore, avoiding neural connections that are unfavorable to the child, and eliminating inappropriate connections.
Some of the environmental factors we should take into account as educators are imitation, emotional bonding, language, and expectations.
The vulnerability of the brain to external stimuli
Neuroplasticity explains the potential of experience to produce changes in the brain through the formation of new neural connections. There are two key moments of development here: the first, in the first six to eight years of life, and the second, during adolescence.
In the first six to eight years of life, there’s a significant increase in the number of synapses. This explains the special permeability and vulnerability of the brains of children of this age to environmental factors.
Children of these ages are subjected to various stimuli like television, video games, etc. They create new neural pathways. As their educators, we’re responsible for many of these.
During adolescence, there’s a pruning of the less stimulated neuronal connections. Those synapses that have frequently been activated based on lived experiences tend to remain, while those that haven’t been used enough disappear. This is an ideal time for the extinction of certain neural networks that aren’t particularly useful.
What happens to the useless mental connections?
It requires conscious and persistent work to weaken the already existing neural network and to rebuild and consolidate an alternative neural circuit. If this new circuit isn’t consolidated, based on being repeatedly stimulated, the individual continues to work with the one that’s already been built.
The neuropsychologist, Álvaro Bilbao, compares the changes in the infant’s brain with a new path being made on the grass:
“That moment when the child steps out of his old path is decisive, even if he later has to walk the new route many times so that it is well marked on the grass.”
The role of the adult: learning by imitation
How do the adults who educate the child influence their brain development and the creation of neural networks? As a matter of fact, much learning is done through observation and imitation. At this point, non-verbal communication (gestures, attitude…) becomes the protagonist. Indeed, when there’s incoherence between verbal and non-verbal language, the brain believes the non-verbal.
The brain has a circuit of neurons called mirror neurons. They’re responsible for our automatic tendency to imitate. This is what characterizes us as human beings. They were discovered in 1991 by a research group led by Giacomo Rizzolatti, while they were studying the brains of macaque monkeys. As an example of mirror neurons in action, when a child sees their father get angry, their brain imagines that they’re just as angry themselves and the same neural networks are activated.
Therefore, the educator must become a valid reference to allow the child to acquire appropriate behaviors through observation. Educators must look at themselves in the mirror of self-knowledge to become the best version of themselves and thus offer good role models.
The power of words
Words leave imprints on the brain of a child. Indeed, every time we say to a child any phrase that begins with “You are”, their brain stores that data in a structure of the limbic brain called the hippocampus.
All of these messages, both positive (“You’re so brave”) and negative (“You’re really lazy”), about themselves are recorded in their memory and make up their self-concept (the concept that they create of themselves). They’re actually forced to act in life in relation to this information. In fact, it unconsciously directs many of their behaviors.
Keys to promoting healthy brain development
To prevent words from being harmful to a child’s brain, there are some simple golden rules:
- Speak to them in behavioral terms. For example, “What you’re doing right now means you’re being really brave”.
- Avoid mentioning ‘always’ or ‘never. These words don’t give any option for change.
- Never compare them with others. Through comparisons, the child forges their self-concept in relation to others, thus losing their unique identity. They shouldn’t want to be better than anyone else, but to become the best version of themselves.
- Make them understand mistakes as an opportunity and not a failure. After all, we all learn from our mistakes. Therefore, children need to fail and learn to turn failure into motivation to persevere. Never punish them for their mistakes. They encourage learning.
- Don’t use guilt-laden comments: Making them feel guilty will only cause them discomfort. This doesn’t invite change but resentment. On the other hand, responsibility will drive them forward, as it’s a motivational engine. The child must feel responsible and not guilty about their actions and consequences.
The power of expectations: the Pygmalion effect
The Pygmalion effect refers to how an educator’s expectations of a child can condition their behavior. These expectations become reality. The idea that the educator has regarding the child’s ability to face a problem decisively influences the idea that the child has regarding their ability, commitment, and perseverance.
The role of the educator is to help children develop expectations of achievement by instilling confidence in them. They need to recognize the child’s efforts, not just the results. They must teach them that mistakes are part of the learning process.
In short, neuroplasticity transforms the meaning of the term ‘educate’. Although genetic conditioning does exist, neuroplasticity allows the influence of environmental factors on the structure and function of the brain.
This possibility of configuration has direct consequences on education. Anything we teach children leaves an imprint on their brains in the form of a group of interconnected neurons. If these neural networks are reinforced by the repetition of the stimulus, then they build automatic behavior patterns and behavioral habits.
Therefore, education consists of creating valuable connections between neurons. It also involves preventing the establishment of neural connections that are unfavorable for the child’s development, and eliminating any inadequate or useless connections already established. In fact, it’s about using brain plasticity to perfect the brain in order for it to be happier.
“Whether you think you can or you can’t, you’re right.”