Unexpectedly, One Part Of Our Brain Actually Keeps Growing Into Adulthood

Sadly the rest of it is doing the complete opposite šŸ‘Ž
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It has long been thought that as far as our brains are concerned, everything starts to go downhill once you reach adulthood.

All those long foggy student nights drinking all the wine finally catch up with us and the slow process of pruning those neurons begins.

Well it turns out that this isnā€™t strictly true as one part of our brain actually continues to grow, even well into adulthood

Ben Birchall/PA Archive

It is the part of our brain thatā€™s responsible for facial recognition, thus essentially helping us prevent one of lifeā€™s most agonising social faux pas.

Scientists at Stanford University School of Medicine used quantitative magnetic resonance imaging to compare brain tissue between 22 children and 25 adults.

What they found was that in adults the region of the brain that helps recognise faces had increased, while the part of the brain that recognises places had remained the same.

Interacting with other humans in a social environment is by far one of our most important skills, so it actually makes some sense that our brains have evolved to help us do this better.

Ironically in real life these stock image people probably don't actually know each other.
Ironically in real life these stock image people probably don't actually know each other.
Portra Images via Getty Images

By better of course we mean actually being able to go to work and remember most of the names of the people you work with (within a reasonable three desk rows of course).

Remarkably weā€™re only just starting to learn more about how our brains are able to recognise other human beings, with a recent study finding that we actually really struggle with any face that doesnā€™t fit our pre-conceived templates.

Show a person a picture of someoneā€™s face upside down however and rather than going straight to the facial recognition area of the brain we start activating the object recognition region as well.

Whatā€™s really remarkable however is how quickly our brains are able to determine what is a ā€˜normal faceā€™ in the first place and thatā€™s where scientists believe neural networks come into play.

Prof. Ryusuke Kakigi of the National Institute for Physiological Sciences, Japan says, ā€œIn this research, we have found that not only brain areas that execute face recognition but also brain areas that had been considered non-essential to face recognition are important for ā€œnormal faceā€ recognition.ā€

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