Science Illustrated

At your peak, your mind will contain: 100,000 BILLION BRAIN LINKS

Try to count like this: one million, two million, three million, and on, saying one number per second. Continue for about three years, and your counting is a pretty good representation of how fast our brains are forming new nerve links during the first years of life.

Ultimately, each of us forms more than 100,000 billion nerve links between the brain’s around 86 billion nerve cells.

The nerve cells and the communication between them is crucial for our mental capacities, and their rapid development during childhood helps us to understand the world and gain control over our bodies.

But the brain’s development doesn’t end after childhood. It continues throughout life, and its patterns have key consequences for everything from memory to logic.

In spite of the central role of brain cells in our everyday lives, scientists have so far been unable to map out their development across the brain throughout life. The brain’s almost infinite complexity has made it impossible to form a detailed, generalised view, but

You’re reading a preview, subscribe to read more.

More from Science Illustrated

Science Illustrated5 min read
New calculation: FIVE WAYS TO END THE UNIVERSE
How will the universe end? Scientific questions don’t get much more fundamental than this – and yet we don’t know the answer. Or more precisely, we have a number of answers, with the correct one depending on which cosmological theory proves to be tru
Science Illustrated2 min read
ChatGPT Predicts Fights Between Animal Species
NATURE The circuses of Ancient Rome saw some bizarre animal battles: rhino versus hippo, crocodile versus bear, as well as human gladiators against crocodiles, elephants and, in one case, an ostrich. Happily modern science can stage similar clashes i
Science Illustrated2 min read
…flies Always Die On Their Backs?
ENTYMOLOGY You may often find dead flies on their backs, but they do not necessarily die that way. Instead, this common death posture is because flies – and many other insects – are relatively light, and crucially their centre of gravity is at the to

Related Books & Audiobooks