The Neuroplasticity of First Attempts

A few weeks ago, I laced up a pair of roller skates for the very first time. Actually, scratch that. I laced up a pair of roller skates for the first time in over two decades - after what can only be described as a disastrous attempt at imitating my younger brother (who was a natural), resulting in me collapsing spectacularly onto the pavement before I’d even taken a step.

Fast forward to now: I’m in my mid-thirties, and my body likes to show its age in cute ways. I now have a back that protests when I bend down to pick up a pen, and calf muscles that hurt if I climb a flight of stairs too fast. And yet, there I was, strapping on a helmet with the sort of determination that says, Yes, I have read extensively about how I can injure myself roller skating, but I still insist on doing this anyway.

I had zero expectations. Correction: I had expectations lower than zero. My only goal was modest - survive two hours upright and avoid crawling off the rink in defeat.

My skating instructor told me that the first step was to “just get comfortable on our skates.” That was far harder than it sounded, of course. Before I could even stand up, my amygdala, the almond-shaped cluster of neurons that helps us sense danger, translated my instructor’s words as: Brace for catastrophic collapse. My brain had cued up an elaborate highlight reel of possible falls, complete with slow motion and a dramatic soundtrack. Not to forget the supporting cast of gasping onlookers. I realized it was going to be a challenge to even stand up from my chair, forget balancing and getting comfortable on the skates.

Watching my daughter glide effortlessly across the rink, tossing in a playful dance step, I was struck by how different it is to pick up a new skill in adulthood. For toddlers, novelty is the default setting - an escalator is just another shiny moving floor to be conquered. As adults, we know what is at stake. Unfortunately, this means that novelty arrives with a mental slideshow of risks: broken bones, bruised pride, and a strong likelihood of rummaging for ice packs later.

What’s happening under the helmet

Novel skill learning taps into the same neural machinery that helped us learn to walk, hop, or ride a bike as children: the motor cortex, cerebellum, and basal ganglia. The wiring is still there in adulthood, but it’s less nimble, less quick to lay down fresh connections. Neuroplasticity may not be the elastic sponge it was at age five, but it hasn’t retired.

Boyke et al.’s 2008 juggling study found that even older adults show measurable increases in grey matter when they learn a new motor skill. In other words: juggling balls or wobbling on roller skates literally changes the brain’s structure. Chen & Goodwill’s review on neuroplasticity adds that novelty, aerobic activity, and repeated practice all act like fertilizer for the growth of new connections in the brain - slow fertilizer, maybe, but fertilizer nonetheless.

During those first tentative shuffles, my cerebellum was furiously recalibrating muscle coordination. Meanwhile, the vestibular system in my inner ear was doing its best impression of an air traffic controller, firing off balance updates with urgent precision. Each micro-adjustment was the beginning of a neural map — one that might eventually (hopefully) chart “how to be a person who roller skates without immediately regretting it.”

Fear and the prefrontal override

What I hadn’t accounted for was the sheer effort of negotiating with my own brain. Every roll forward set off alarms in the amygdala, the almond-shaped sentinel that treats skating the same way it might treat dangling from a cliff.

This is where the medial prefrontal cortex (mPFC) comes in — the quiet but firm voice of reason. Research by Giustino & Maren shows that the mPFC is critical for overriding amygdala-driven panic when our conscious mind says, “Actually, you’re fine.” Each safe pass across the rink was a tiny experiment in fear extinction, a neural recalibration from skating = danger to skating = possibly fun (with kneepads).

The process mirrors what neuroscientists describe in fear extinction therapy: repeated, safe exposure to a stimulus reshapes memory traces. Over time, the higher-order cortex essentially “votes down” the amygdala, convincing the brain that maybe, just maybe, this activity isn’t a death sentence.

The awkward joy of being a beginner

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Children don’t mind awkwardness; it’s their natural habitat. Adults, however, often mistake it for incompetence. But motor learning studies, like Van Malderen et al.’s work on cerebellar adaptation, show that while adults learn more slowly, we are far from hopeless. With feedback and persistence, gains are real and measurable.

In one short session, I logged three personal victories:

• Remaining upright for a glorious thirty seconds.
• Learning how to get up without the undignified crawl.
• Accepting that elegance would not, yet, be part of my repertoire.

And surprisingly, those tiny wins felt enormous — because they were earned against the grain of fear and self-doubt.

Why try at all?

Because novelty rewires us. Each stumble and recovery forces the adult brain to reroute, reconnect, and revise. Neuroplasticity may be slower in adulthood, but it’s still alive; and it thrives on challenge.

Skating reminded me of something simple but profound: growth is not the sole domain of the young. My bruised arm and sore calves were proof not of failure, but of change in action.

The plan now is modest but firm: keep showing up, keep wobbling, keep letting my mPFC gently overrule my amygdala until gliding on eight wheels feels less like imminent disaster and more like second nature.

If you ever spot someone skating with the hesitant shuffle of a beginner but grinning as though she’s discovered a secret, that’s me, still at lesson one, already busy rewiring my brain.