Jason Jorjani

Yeah, which, by the way, doesn't make sense in and of itself. In terms of, you know. The moon would have to be hollow. There you go. Anyway, I did these calculations.

Yes. Something like 340 years from now. Okay.

Yes. Something like 340 years from now. Okay.

Yes. Something like 340 years from now. Okay.

there's going to be a moon's worth of mass in the data centers.

there's going to be a moon's worth of mass in the data centers.

there's going to be a moon's worth of mass in the data centers.

It'll start to tear apart the planet. Imagine if you were to take the moon. Look, the moon is at a certain distance from us, right? It's pretty far.

It'll start to tear apart the planet. Imagine if you were to take the moon. Look, the moon is at a certain distance from us, right? It's pretty far.

It'll start to tear apart the planet. Imagine if you were to take the moon. Look, the moon is at a certain distance from us, right? It's pretty far.

And from that distance, it's having this massive gravitational effect on us. Imagine you took the moon's mass and you distribute it to Silicon Valley, to the major data centers of China. You put that mass right on the surface of the earth. It will start generating tidal forces toward that gravity well. It will start attracting objects toward the gravity well.

And from that distance, it's having this massive gravitational effect on us. Imagine you took the moon's mass and you distribute it to Silicon Valley, to the major data centers of China. You put that mass right on the surface of the earth. It will start generating tidal forces toward that gravity well. It will start attracting objects toward the gravity well.

And from that distance, it's having this massive gravitational effect on us. Imagine you took the moon's mass and you distribute it to Silicon Valley, to the major data centers of China. You put that mass right on the surface of the earth. It will start generating tidal forces toward that gravity well. It will start attracting objects toward the gravity well.

I realize it sounds bizarre, but metal chairs and knives and forks will start to go toward servers. the servers will become a gravity well. There will be so much mass inside them that it's as if the moon is on the surface of the earth. It gets worse.

I realize it sounds bizarre, but metal chairs and knives and forks will start to go toward servers. the servers will become a gravity well. There will be so much mass inside them that it's as if the moon is on the surface of the earth. It gets worse.

I realize it sounds bizarre, but metal chairs and knives and forks will start to go toward servers. the servers will become a gravity well. There will be so much mass inside them that it's as if the moon is on the surface of the earth. It gets worse.

But because the exponential rate of data increase is so high, 25% per year right now.

But because the exponential rate of data increase is so high, 25% per year right now.

But because the exponential rate of data increase is so high, 25% per year right now.

In 300 something years, we're going to wind up with a moon's mass worth of data on the earth. And what's worse is that like 20 years after that, I think it was 20 years exactly after that, we wind up with an Earth's worth of mass on the Earth. It will go from weighing equal to the moon to weighing equal to the Earth itself, which means at that point, the planet will be completely torn apart.