Boyce Watkins - Invidious

Boyce Watkins

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I am a black man who wishes to be intelligent, honest, thoughtful and committed to my community.

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Boyce Watkins

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Boyce Watkins

Vote for whoever you want. Nobody owns you.

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Boyce Watkins

Scientists at Eon Systems recently did something that sounds almost unbelievable. They took the brain of a tiny fruit fly and recreated it inside a computer so the brain could control a digital body. In simple terms, they copied the wiring of the fly’s brain and turned it into software.

A fruit fly brain is extremely small, but it still contains around 140,000 neurons. Each neuron connects to many others, creating a network of signals that control how the fly moves, reacts, and makes basic decisions. The researchers carefully mapped those connections and built a digital version of the same network inside a computer.

Once the digital brain was activated, it could interact with a simulated environment. The virtual fly could respond to signals, process information, and behave in ways that looked surprisingly similar to a real insect. That means the digital brain was not just a static model—it was actually functioning.

This is shocking because it shows that a living brain can potentially be reproduced in software. The fruit fly is obviously simple compared to humans, but the principle is the same. If scientists can map the brain accurately enough, they may be able to recreate how it works.

For humans, the implications are enormous. The human brain contains about 86 billion neurons, vastly more complex than a fruit fly. But if technology continues improving, scientists may eventually map larger and larger brains.

That raises big possibilities: preserving a person’s mind digitally, creating digital versions of animals or humans, and even allowing consciousness to exist outside the biological body. It sounds like science fiction, but experiments like this show the first tiny steps toward a future where minds may not be limited to the human brain alone.