What a load of drivel. And this vortex added to try and explain it. A completely undetectable vortex.
It's not undetectable.
None of this explains the example I give of a ball bearing in a gas cylinder with a pressure gauge, where you can prove the pressure is equal no matter what direction you hold the cylinder, but the ball still falls to the lowest point. If the cylinder was not sealed it would depressurise.
If the ball bearing is lead in a container and falls to the bottom then how do you have gravity account for that?
Does this magical gravity supposedly pull the ball bearing down or something through the thick metal skin?
It is pure fantasy with no evidence and not a single experiment to demonstrate any of it, yet it is so easy to disprove.
It's certainly not easy to disprove.
But the crushing molecules bit. Pressure at sea level is not sufficient to crush and compress at the molecular level.
It's already been done which is why they sit in a stacked layering system.
It's under regular change due to energy equalling vibration and frequency of it.
We would not exist if it were. Even at higher pressures under water, molecules are not crushed to be super dense.
They are crushed and so are we, even now.
We are simply acclimatised to the pressures. Our bodies are denser than the atmosphere they displace.
The difference in pressure between the surface and the 35m floor for recreational diving is far greater than say the difference between sea level and 500m in the air. The human body or any other object is not massively compacted.
Below the sea, the body is under more compression. Above sea the body is still under compression but less. At this point, you can argue it expands after compression.
At sea and then elevated from that point, you can then say the body decompresses more. And so on and so on.
It's all about what the body displaces of whatever it is in and what dense mass of that displaced matter reacts back against the body.
I disagree.
and atmospheric stacks do not force objects from low pressure to high pressure.
Atmospheric stacks don't force anything. A stack is exactly what it says.
It's what dense mass is pushed into those stacked layers that determine where they end up, whether thats' compressed back to the deck or squeezed up into a higher stacking system based on the density of the molecular makeup.
There is zero evidence to suggest this.
In your mind, maybe and that's fine by me.