Coke and Pepsi Carbon Nanodots: Study and Gates Foundation Claims

This is, this is gonna be scary to a lot of people.

There's a study discovered that fluorescent carbon nanodots inside Coca-Cola and Pepsi that crossed the blood-brain barrier.

Yeah, what this means is inside of Coca-Cola and Pepsi, a study looked inside the liquid and identified what are called carbon nanodots.

These are microscopic, uh, five nanometer wide particles made up of carbon, oxygen, and hydrogen.

And, um, what they also did was they extracted them from the Coke and Pepsi, and they administered it to mice to see what would happen, and the particles went directly into the brain.

So it, it breaches the blood-brain barrier.

It goes through it, so it gets in the brain.

Get, it gi- got in the hearts. It went to the liver and lungs.

It basically went everywhere in the body.

And here's where it gets very strange. Bill Gates, Gates Foundation, has, is one of the largest funders, one of the largest investors in the world's largest Coca-Cola bottler, uh, bottling plant, uh, with $660 million invested,

as well as funded, uh, PepsiCo. He's an in- he was an investor in that.

And then two years before they detected these carbon nanodots in Coke and Pepsi, the Gates Foundation funded a study that developed carbon nanodots.

What? Uh, yeah, you can't make this up. I just uncovered this.

I was like, "Th- there's no way this is real."

He, uh, it says in the acknowledgment section, "We thank the Bill & Melinda Gates Foundation for funding this study."

They literally made, uh, carbon graphene nanodots.

Uh, they made it out of graphite. The thing is, you, if you compare the two nanodots, the ones found in the Coke and Pepsi, and the ones Gates Foundation helped develop, they're the same size, five nanometers.

They're both fluorescent and reflective, and they both have the same chemical makeup, basically, carbon, uh, hydrogen, and oxygen, and they both have what are called graphitic features.

That means the carbon, the carbon molecules are in a hexagonal, uh, lattice arrangement on these.

So they basically look the same. And so I'm not saying that the ones he developed two years earlier are in the Coke and Pepsi, but I am saying, uh, that's a very strange coincidence.

Yes, I would say that's a pretty strange coincidence.

And here's the study, by the way, fluorescent nanoparticles present in Coca-Cola and Pepsi-Cola.