Ashton Forbes

And if I keep inputting a little bit of energy into it, it'll stay like that.

It'll almost become a quantum effect

at the macroscopic level.

That's why when we look at the plasma balls in the MH370 videos, they look like they're almost like perfectly solid and stable.

You can even see this heat signature in there.

Sure, the heat signature spins around, but the heat signature isn't changing.

because they can build a soliton-like structure.

A soliton-like structure would be that you're able to control the wave pattern exactly.

You're able to predict the wave patterns in the future, in the past, and you're able to know exactly how that plasma is going to move, and based on what you do to it, what's going to happen to it.

That's what knowing the ether exists allows us to do.

They call this solving the nonlinear Schrodinger equation.

We're taking the quantum mechanical Schrodinger equation of where is something going to be, and we're actually solving exactly where it's going to be.

Because now we know how this electromagnetism is flowing, not just through our four-dimensional space-time, but through our fifth-dimensional space-time with that extra dimension that we don't perceive.

So this can also explain quantum entanglement.

Why do things get quantum entangled?

Because there's an extra dimension and the electromagnetism is connecting them through an invisible path we don't see.

So solving the Schrodinger equation tells us about that invisible path that we can't see.

And now, suddenly...

Before our plasmas were unstable, we didn't know why they were shooting out in random directions.

Now we can make our plasma perfectly stable.