29 September 2025
Let’s take a walk down memory lane—literally.
Remember the first time you tied your shoelaces or the day you learned how to spell your name? These moments might seem small now, but they were huge milestones back when you were a little sponge soaking up the world. That's because memory and learning are best buddies, especially in our early years. They work hand in hand, shaping how we understand, retain, and use information as we grow.
But what exactly ties memory to learning during childhood? That’s what we’re going to unpack in this deep dive.
Let’s keep it simple, relatable, and real.
There are a few key types:
- Sensory Memory: Think of this like the snap of a camera. It holds information for just a second or two after an experience.
- Short-Term Memory (Working Memory): This is your brain’s notepad. It holds about 7 items at a time and lasts only about 15–30 seconds unless actively repeated.
- Long-Term Memory: This is where stuff gets stored for the long haul—like riding a bike or singing your favorite song from kindergarten.
Now, here’s the kicker: You can’t really learn anything without memory. Memory stores what we learn, and learning uses what we remember. It’s a two-way street.
Let that sink in.
That rapid development means that kids are wired to soak up information—language, emotions, relationships, motor skills, and so much more. During these years, memory and learning don’t just happen; they explode.
But here’s the deal: the quality of what children are exposed to during this stage can significantly impact how well they remember and what they learn.
Think of memory as a bookshelf. Each new bit of knowledge—say, the alphabet or counting to ten—gets placed on a shelf. As more “books” (information) are added, the child builds a fuller library of knowledge to draw from.
Without memory, that information vanishes into the void.
When a child practices saying the days of the week over and over, they’re not just repeating it—they're training their brain to pull that memory out more easily next time. Over time, it becomes second nature.
Once kids have a memory bank of concepts, they start making connections. For example, a toddler who remembers what “hot” means will think twice before touching a stove again. That’s memory informing judgment and decision-making—key aspects of learning.
The hippocampus, located in the brain’s temporal lobe, plays a huge role in forming new memories. It works closely with the prefrontal cortex—the area responsible for thinking, planning, and understanding consequences.
In early childhood, the hippocampus is still developing, which is why young kids are better at learning new languages or picking up songs. But it also means they’re a bit forgetful—because their memory systems aren’t fully mature yet.
However, this plasticity (the brain's ability to change and adapt) is what makes early childhood such a golden window for learning.
It’s like planting a tree in fertile soil versus dry sand. Guess which one’s going to grow faster?
Children with ADHD, dyslexia, or other learning differences often struggle with working memory. That’s why tailored strategies, like breaking tasks into smaller steps or using visual aids, can be game-changers.
Remember, every brain is unique. Some take longer to build memory pathways, but with enough support and patience, they get there.
Strong memory skills in early childhood lay the foundation for future academic success—and even emotional intelligence. Why? Because remembering helps with everything from solving math problems to empathizing with a friend.
And it doesn’t stop in school. Kids who understand how to learn and remember effectively tend to become more confident, curious adults.
So yes, those early bedtime stories, sing-alongs, and puzzles? They matter. A lot.
By understanding how memory works and how to support it, we can help kids not only remember but thrive. So talk to them, read to them, play with them, and most of all—be patient. You’re helping them build a brain full of possibilities.
all images in this post were generated using AI tools
Category:
Cognitive DevelopmentAuthor:
Jenna Richardson