Singapore's Biological Data Center Explained

All right. Singapore just launched a data center

powered by

living human brain cells. And before you ask whose brain cells

they're putting in the computer, the situation gets weirder.

They don't take them from somebody's brain.

This all can get started with blood from a living person, meaning

theoretically, they could put you in the data center.

I'm Giga Chan, and I'm gonna show you how this works

because Singapore now has

twenty biological computers that use real human neurons as

part of the computing system. Let's be clear.

When I said powered by, I didn't mean the neurons generate

electricity. The neurons actually process

information. So where do they get them?

Reportedly, the neurons are from blood cells that

were reprogrammed into stem

cells. And Cortical Labs, the company that makes these computers, has already

shown how personal that can get. The company's CEO says he already gave

about

ten milliliters of his blood so that the neurons could, you might have

guessed it, play with Doom. Yep, that same old video

game. You could really say that founder put his blood, sweat,

and tears into his

work. Let me tell you how all this works.

Scientists can take cells from blood and reprogram them into what is

called induced pluripotent stem cells.

That basically means resetting an adult cell to a state where it can become

multiple different cells again. Then they use chemical signals to guide

those

reset cells into becoming actual human neurons.

And no, those neurons don't contain the donor's

memories or personality, but they

do contain genetic information from the donor.

Now take at least two hundred thousand of those neurons and grow them directly

across a silicon chip covered in microscopic electrodes.

The neurons grow, connect with each other, and form a living neural

network. And this is where it becomes a computer.

The electrodes send patterns of electrical signals into the neurons.

The neurons respond by firing, and the electrodes record that response.

And yeah, software translates it back into digital

information. So information goes in as electricity,

living human neurons process it, and then information comes back out.

And since these are living cells, the computer has to actually feed

them and keep them alive. For decades, AI has

tried to make silicon imitate biological human neurons.

This time, we might be skipping the imitation.

And if you wanna know more, look up CL-one.