Hardly unfelt.
No, just directly contradicting yourself yet again.
For your FE, this should produce a sideways force. (instead of the normally downwards force you claim air normally provides except when it decides to push up instead)
It clearly needs to be quite significant due to what we observe magnets doing.
So no, this magical vortex of yours is not felt.
Walking around with a globe and turning yourself as you do, is nonsensical. It does not show anything real because it means you are manipulating the globe and space when there is no way to realistically make that work.
Good job refuting yourself.
Notice how on the right side, the top is pointing to the right, away from the sun which is to the left?
Notice how on the left side, the top is pointing to the right, which it now towards the sun to the right?
And at the front and back you have it tilting perpendicular to the direction to the sun.
This shows what the RE model says.
The tilt remains the same in space, and the change in relative position of the sun changes the tilt relative to the sun.
No. Your body position does not change your weight.
That is the point she was making.
If it was simply air pressure pushing you down, it SHOULD change, but it doesn't.
This shows it is not simply air pressure pushing you down.
But we all know the more fundamental issue is that the air is all around, so there is no reason for it to push you down. Instead, due to the pressure gradient it should push you up.
By laying down you are pushing much less height into atmosphere but you are pushing more area over your horizontal body mass.
Again, why the magical directionally?
Why do you magically only push the air up for it to push you back down?
I have no issue with answering questions from my side.
Until it gets to the point where you can't think of an answer which doesn't make your model look like garabge.
For example, you have massive issues with these questions:
Why is there a pressure gradient in the atmosphere?
Why does the air push an object down, especially for an object on a wall, or ceiling or in mid air?
Why does the air push in a direction opposite the pressure gradient of the atmosphere?
Why does the air then sometimes push an object up, in accordance with the pressure gradient?
Why does the air otherwise push based upon a pressure gradient?
Why is the downwards force proportional to mass, rather than volume or area?
Why does removing air around the object make it heavier?
Why does removing air from inside an object, such that it displaces more air, make it lighter?
How does the air magically push on an object that is covered by another object to create a pressure gradient?
How does a barometer work?
How does a chain link hold itself together without a pulling force?
And that is just for this 1 topic. There is plenty more when you include other topics.
All questions you have serious issues with answering as they attack the fundamental heart of your model/claims.
We certainly feel the force of air pressure.
Yes, such as wind blowing in our face and blowing our hair around, producing a quite noticeable force on the part of your body in the direction that the wind is coming from.
We don't feel this with whatever force makes us go down.
We can even feel this while sky-diving with the air pushing us up and slowing us down, and easily see the effect on parachutes.
But that is more relative motion rather than pressure.
For normal atmospheric pressure, it isn't felt in the sense of producing any kind of sensation.
One thing we certainly don't feel with the air is it magically pushing us down.
I've never felt gravity...have you?
No, but I have felt the force of the ground pushing me up.
A key thing you need to realise is that your senses aren't magic. They don't just magically detect any force.
Instead you detect forces being transmitted through your body.
The air pushes on the outside of your body and then your body transmits that force through your body.
But gravity, in free fall, acts on the entirety of your body and your body doesn't not transmit any significant force.
It is only when you are standing on the ground that you then feel it.