Charles Liu

somehow, for example, have a maximum speed of light, right?

Speed of light is the maximum speed at which any object can move through space and time.

Meanwhile, matter and energy, right?

Light is both a particle in a wave and its energy, which can be converted into matter, things like that.

So light does seem to be some sort of linchpin in this sort of shotgun wedding that you was talking about.

But it might not be shotgun.

I'll venture this.

Neil, you and I both know a very, very, very good guy named Jacob Berendis.

Jacob is a preceptor at Harvard University.

And he has recently.

It's that same Jacob Baroness, yes.

Wow.

But yes, that Jacob, who is now a preceptor at Harvard, he has written and published some articles just recently.

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.