top of page

The Science of Neuroplasticity and Why Your Brain is Never Finished

6 days ago
5 min read

Darren Scott Jewell is a NeuroResilience Coach and a brain injury thriver who helps people build calm, focus, and confidence through neuroplasticity. After discovering one-third of his brain was non-functional from a childhood accident, he rebuilt cognitive function and now teaches others.

Executive Contributor Darren Jewell Brainz Magazine

For many years, scientists believed the adult brain was largely fixed. Once we reached a certain age, it was assumed that our brain could no longer change significantly. We now know differently. Neuroplasticity is the brain’s ability to adapt, reorganise and create new neural pathways throughout our lives.


It happens when we learn a new skill, practise a movement, change a habit, solve an unfamiliar problem or respond to a new experience. In other words, your brain is not simply something you were born with. It is continually being shaped by what you repeatedly do, think and experience.


Neon pink profile of a woman with butterflies and glowing particles streaming from her head on a dark background.

My journey with neuroplasticity


My connection to neuroplasticity is deeply personal. When I was 15 months old, I fell from a spiral staircase or balcony and sustained a serious brain injury. I was placed in an induced coma for approximately three weeks, and my parents were given a very poor prognosis.


Despite those early predictions, I continued to grow, learn and build a life. I worked as a chef, retrained as a plumber, became a web developer and later moved into coaching, writing and public speaking. None of those journeys was straightforward, but each one required my brain to learn, adapt and find new ways forward.


At the age of 32, after experiencing falls, I underwent my first brain scan. I was told that approximately one-third of the left side of my brain appeared not to be functioning normally. Further scans between 2001 and 2019 reportedly showed little change.


Then, in 2021, I received news that changed the way I understood my entire life. My latest scan appeared dramatically different, and I was told that function and blood flow had returned in areas that had previously caused concern.


For me, this was more than a medical result. It was evidence of what may become possible when the brain is continually challenged, stimulated and encouraged to adapt.


My story does not mean that every brain injury will recover in the same way. Every person and every injury is different. However, it does demonstrate why we should be very careful about telling people that they have reached the limits of what they can achieve.


How neuroplasticity works


The brain contains billions of nerve cells called neurons. These cells communicate through networks of connections. When we repeatedly practise an activity, certain neural pathways become stronger and more efficient. It is a little like walking across a field. The first journey through the grass may be difficult, but if the same route is followed regularly, a visible path begins to form.


The brain works in a similar way. Repetition strengthens the pathways connected to a particular thought, skill or behaviour. This is why practice matters, but it is also why the quality of what we repeatedly do matters.


Neuroplasticity can support positive change, but the brain can also strengthen unhelpful patterns. Constantly rehearsing fear, negativity, or self-doubt can make those responses feel increasingly automatic. The encouraging news is that automatic does not necessarily mean permanent.


Learning something new


One of the most powerful ways to encourage neuroplasticity is to become a beginner again. I experienced this when I started learning to play the piano. Playing with both hands required coordination, concentration, memory, timing and patience. It was uncomfortable at times because my brain was being asked to do something unfamiliar.


Eventually, I performed in recitals, including playing a solo using both hands. That achievement was not only about music. It reminded me that progress is often created through small, repeated efforts that may not feel impressive at the time.


You do not have to learn the piano to challenge your brain. You could:


  • Cook a meal you have never prepared before.

  • Learn a few words in another language.

  • Take a different route on your daily walk.

  • Try painting, dancing or gardening.

  • Complete a puzzle or learn a new game.

  • Develop a digital skill.

  • Read about a subject you know nothing about.


The activity does not need to be extraordinary. It simply needs to move you beyond what your brain already knows.


Repetition, challenge and rest


Meaningful learning usually contains three important elements: repetition, appropriate challenge and recovery. Repetition helps to strengthen neural pathways. Challenge gives the brain a reason to adapt. Rest allows learning to be processed and consolidated.


This is why progress is not created by pushing ourselves relentlessly. The brain also needs sleep, movement, nourishment and periods of calm. Small actions practised consistently will often achieve more than an intense effort that cannot be sustained.


Age is not the end of growth


Neuroplasticity may become less rapid as we grow older, but it does not simply disappear. Adults can continue to learn, adapt and build new skills throughout life.


This matters because people are often encouraged to reduce their expectations as they age. They begin to believe they are too old to change careers, learn an instrument, start a business, write a book or develop a new identity.


I do not believe our later years should only be about looking backward. They can also be a time of reinvention.


I have completed more than 50 courses, built websites and apps, written books and songs, learned the piano and developed my work as a neuroplasticity and resilience speaker. Many of these achievements came later in my life, not because learning suddenly became easy, but because I remained willing to be a beginner.


Your brain is listening to what you do


Neuroplasticity is not a promise that every difficulty can be removed. It is not about pretending that illness, disability, trauma or injury can be overcome through positive thinking alone. It is about recognising that the brain has a greater capacity for adaptation than we once understood.


Every time you practise, learn, create, move or respond differently, you are giving your brain new information. You are showing it which pathways you want to strengthen.


My journey has taken me from being given a poor prognosis to sharing a message of possibility with other people: You are not necessarily stuck with the person you were yesterday.


Your past may have shaped your brain, but your actions today can help shape what comes next. Your brain is still listening. Your brain is still learning, and your brain is not finished.


Follow me on Facebook, LinkedIn, and visit my website for more info!

Read more from Darren Jewell

Darren Jewell, Inspirational Speaker

Darren Scott Jewell is a NeuroResilience Coach, speaker, and brain injury expert who helps people build calm, focus, and confidence through neuroplasticity and nervous system regulation. After a childhood balcony fall, he later discovered in adulthood that one-third of his brain had been non-functional. Through gentle, consistent brain training, he rebuilt cognitive function and reshaped his identity from the inside out. Today, he teaches practical tools for staying steady through stress, change, and overwhelm, without forcing or hustling. His mission is personal as well as professional, shaped by losing his mum, Elizabeth, to vascular dementia in October 2025. Darren's a message of hope: you're not broken, you are patterned, and your brain can learn again.

This article is published in collaboration with Brainz Magazine’s network of global experts, carefully selected to share real, valuable insights.

Article Image

Should We Fear the Rise of AI?

In recent conversations with clients and friends, I have noticed how often artificial intelligence (AI) brings up uncertainty about the future. Early concerns focused mainly on AI going rogue and taking over the world.

Article Image

The Power of Humanity and Building a Better Future Together

Earth is a beautiful place filled with incredible people, cultures, ideas, and possibilities. Yet, throughout history, society has often found ways to separate us rather than bring us together. Despite...

Article Image

What Perimenopause Reveals That Hormones Alone Can’t Explain

Perimenopause can begin before women realize, sometimes first appearing as exhaustion that rest no longer seems to resolve. Or increased anxiety, poor sleep, brain fog, irritability, or a growing...

Article Image

Understanding the Invisible Psychology of Organisations

Imagine joining a senior leadership meeting in an organisation you have never visited before. You know very little about the people around the table. You have read the strategy and looked at the...

Article Image

When Your Mindset Becomes Another Mask

I have spent years talking about the power of mindset. I believe deeply in our ability to change the way we think, challenge the stories we tell ourselves, and make intentional choices about how we...

Article Image

Creating Real Collaboration with the Change Management Green Zone

There is a critical moment in change management when all the strategy and decision-making culminates in the change initiative as the new software is launched or the department merger is implemented...

Should We Fear the Rise of AI?

The Power of Humanity and Building a Better Future Together

What Perimenopause Reveals That Hormones Alone Can’t Explain

Understanding the Invisible Psychology of Organisations

When Your Mindset Becomes Another Mask

Creating Real Collaboration with the Change Management Green Zone

Can You Really Eat Your Way to Better Sex?

You Cannot Think Your Way Into Transformation with Kundalini, Consciousness and the Limits of Knowing

The Fear of Staying Became Greater Than the Fear of Leaving

bottom of page