Armando Pantoja

It does it all at once.

So it's infinitely faster than a classic computer.

So it also, another thing, a lot of problems we have in computation is because our computers are too slow.

So now if we have fast computers, we can solve a lot of problems, medical problems, a lot of logistic problems.

Logistic problems take up a lot of computer space.

a computer processing time.

People don't understand or realize that.

But a lot of these things can be solved if our computers are fast.

And one good example is that the food problem in the world.

Now, we don't have a food problem in the world.

We have a logistics problem.

And what that means is that we have a hungry person in Africa, right?

And we have McDonald's in the United States, it has to throw away 20% of its food at night.

Now, if we could find a way to send that food to Africa before it spoils, we've solved the problems.

But the logistics of it is too complex with a whole worldwide system trying to figure out what this food is going to spoil, that food is going to spoil, where it's going to go.

We don't have a unified system to figure that out.

Quantum computers could do that.

They could predict that this McDonald's will have leftover food today.

Let's get it, freeze it right now, send it over.

It could predict all of that ahead of time.