Charles Liu

He's an example of one of the many scientists that's trying to tie these systems together.

And what he is basically saying is that there is actually a mathematical way to bridge the

general relativity, the macroscopic world, with quantum mechanics in the microscopic world.

And it has to do with the math of statistical physics and chaos theory and the ability to take things which are uncertain and make them more certain.

Not always certain, but more certain.

And that pulled out from the microscopic to the macroscopic unites the two areas of physics

but we're not quite there yet.

That's just one hypothesis that appears to work sort of, and then there's gonna be a lot more work and a lot more people have to keep working on it.

So in that case, if Jacob and his colleagues are right, then the wave particle duality is only temporary.

This incompatibility is only there because we're not advanced enough yet in our mathematical construction of physics

to unite them.

At the moment, they just touch.

They do not have any crossover area if we're talking about Venn diagrams.

For anyone who doesn't know what a Venn diagram is, it's a box, and then you've got little circles that come overlapping things to sort of show.

Wait, who uses a box in a Venn diagram?

That's the universal set on the outside.

Oh, okay.

Right?

Otherwise, you use little circles.

But sometimes you can use different shapes.