In This Article
- What defines a superager, and why do some brains resist aging?
- How do superagers’ brains differ from typical aging adults?
- What does neuroscience say about white matter and cognitive resilience?
- What lifestyle habits help maintain brain sharpness?
- Can you train your brain to become a superager?
Superagers’ Brain Secrets: How Some People Defy Cognitive Aging
by Robert Jennings, InnerSelf.comMost people assume that memory loss, slowed thinking, and general mental fog are just inevitable parts of aging. But neuroscience is telling a different story. A tiny fraction of older adults—less than 10%—are classified as "superagers," meaning their brains function at the level of someone decades younger. These are the folks who can recall details with precision, adapt quickly to new information, and, frankly, put many younger people to shame when it comes to mental agility.
So what’s their secret? Is it genetics, sheer luck, or something the rest of us can tap into? Turns out, the answer is a mix of all three.
The Brain Science Behind Superaging
Researchers have been studying superagers to understand why their brains don’t follow the usual decline. A study from the Vallecas Project found that these individuals have significantly higher white matter integrity compared to their peers. Translation? Their neural highways don’t break down as quickly, allowing information to travel faster and more efficiently.
Another recent study from the Journal of Neuroscience confirmed that superagers resist the typical structural changes that come with aging. While most older adults experience a thinning cortex and loss of white matter connections, superagers maintain strong neural pathways. Essentially, their brains refuse to shrink and slow down the way others do.
Even more fascinating, MRI scans reveal that superagers have thicker regions in key cognitive areas, especially those responsible for attention and memory. In other words, their brains don’t just look different—they function differently, maintaining a level of resilience that’s rare but not impossible to cultivate.
Is Superaging Within Reach?
Now, if you’re hoping there’s a pill or some fancy biohacking trick to turn you into a superager overnight, sorry to disappoint. But the good news? Many of their advantages come from lifestyle choices, not just luck of the genetic draw.
Studies have found that superagers share some key behaviors that seem to protect their brains:
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They embrace mental challenges. Superagers aren’t just coasting through their golden years. They take on activities that push their brains—learning a new language, playing musical instruments, or even engaging in intense discussions that require deep thinking.
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They maintain strong social connections. Ever notice how isolated people tend to decline faster? Superagers are deeply engaged in their communities, staying socially active, debating, and laughing—a lot.
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They exercise regularly. Brain health isn’t just about mental workouts. Physical activity—especially aerobic exercise—helps maintain blood flow to the brain, keeping those neural highways open and functioning.
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They eat for brain longevity. The Mediterranean diet, rich in healthy fats, antioxidants, and anti-inflammatory foods, is a common thread among those with better cognitive outcomes.
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They manage stress differently. Superagers tend to have a higher tolerance for discomfort and stress. Instead of avoiding challenges, they lean into them, which seems to strengthen their resilience over time.
Why White Matter Matters
Most of the focus in brain aging tends to be on gray matter—where memory and cognition happen. But the white matter—the brain’s communication network—is just as critical. Think of it as the infrastructure that connects different regions of the brain, allowing them to function as a whole.
In most aging brains, white matter deteriorates, slowing down cognitive processes. But in superagers, white matter appears almost untouched by time, helping them stay mentally sharp. The big question is whether we can slow white matter decline with lifestyle choices. So far, the research suggests that we can.
Can You Train Your Brain to Become a Superager?
Not everyone will become a superager, but the science is clear: you can dramatically slow cognitive decline with intentional habits. Here’s what neuroscience suggests:
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Keep learning. New challenges force your brain to build and strengthen neural connections.
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Move your body. Exercise isn't just for heart health; it literally changes your brain, increasing blood flow and stimulating neuron growth.
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Stay socially engaged. Isolation is the brain’s worst enemy. Stay involved in conversations and activities that keep you mentally active.
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Eat for brain longevity. Prioritize foods that reduce inflammation and support neural health.
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Embrace discomfort. Challenge and adversity seem to be key components of cognitive resilience.
Aging Isn’t a Cognitive Death Sentence
For decades, we’ve accepted the idea that aging equals mental decline. But superagers are proving that this is far from inevitable. Their brains resist the usual wear and tear, maintaining high-functioning cognitive abilities well into their later years. And while some of this may be genetic, much of it is the result of how they live their lives.
If we want to defy cognitive aging, we need to stop passively accepting decline as our fate. Superagers aren’t magical beings—they just do things differently. And if we’re willing to follow their lead, we might just find ourselves outthinking and outperforming even the younger generations.
About the Author
Robert Jennings is the co-publisher of InnerSelf.com, a platform dedicated to empowering individuals and fostering a more connected, equitable world. A veteran of the U.S. Marine Corps and the U.S. Army, Robert draws on his diverse life experiences, from working in real estate and construction to building InnerSelf with his wife, Marie T. Russell, to bring a practical, grounded perspective to life’s challenges. Founded in 1996, InnerSelf.com shares insights to help people make informed, meaningful choices for themselves and the planet. More than 30 years later, InnerSelf continues to inspire clarity and empowerment.
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This article is licensed under a Creative Commons Attribution-Share Alike 4.0 License. Attribute the author Robert Jennings, InnerSelf.com. Link back to the article This article originally appeared on InnerSelf.com
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Article Recap
Superagers’ brains resist the typical effects of cognitive aging, maintaining sharp memory and cognitive function well into old age. Recent studies highlight differences in white matter integrity and neuroplasticity that set them apart. This article explores how neuroscience is uncovering the secrets of superagers’ brains, offering insights into practical steps anyone can take to slow cognitive aging and enhance brain health.
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