Now, I want you to pin that microscope in place, so you are only looking at that part of the basketball. To simulate Earth's supposed spin and orbit, we will put you, the microscope, and the basketball on a special conveyor. And the moment you get nauseous and heave on the ball, you have disproven RE, as no such sensation exists on our supposedly rapidly spinning and orbiting and wobbling Earth.
You mean you will set up yet another pathetic strawman.
Just what do you want to happen?
Have that special conveyor rotate you about the axis of Earth at the staggering rate of 1 revolution every day?
And then throw in a different rotation, along a different axes, this time at the staggering rate of 1 revolution every year?
No matter how flat you say the ball is, water only travels one direction
Towards Earth.
Again, the gravitational attraction of Earth is vastly greater than the attraction to your tiny balls.
Water flows exactly where we expect it to, towards Earth.
More specifically, towards a point near the centre which varies slightly depending on latitude.
Or more technically to a lower gravitational potential.
This drift between opposite shores would make sense if you got yourself a cereal bowl
Why?
What magic allows this to make sense in a bowl, but not on a sphere?
And appealing to water not sticking to your tiny balls is not an answer.
And if any of you had any real honesty, you'd admit this. Instead, you go on about tidal bores, and dodge the the question of basic tides.
Says the one repeatedly lying, by making the same refuted claims; and the one who refuses to explain how tides should work in your fantasy; and the one that can't explain which direction should be "down" for a RE in space.
Again, if you had any real honesty, you would admit that if the RE claims about gravity are true, what we observe of water falling from your tiny balls to Earth is entirely consistent with water remaining on Earth rather than falling to some magical "down".
You asked an AI with a preprogrammed answer. Not a chatbot with stored memory. A chatbot with stored memory would go "Huh. This doesn't work." How do I know this? I know because I tried it.
i.e. something even less useful?
Because it's not that simple.
If your parabola is just a tool used for understanding, it is that simple.
As that "tool" you are trying to use is effectively just a statement that our vision works based upon angles.
And those angles are basic geometry.
This also works quite well for things close by, and only seems to fail for FEers when they try to pretend Earth is flat and that doesn't work.
The sun exists at an angle centered around each of us for twelve hours each day. I want you to think through the logic of that.
I want YOU to think through the logic of that.
We have a RE model, which explains the observed angles to the sun, just using basic geometry and a pinch of refraction near sunset/sunrise.
This works to explain the observations.
And it also works to explain why that appears "centred around each of us".
Because the point it is centred around is an insignificant distance away from us compared to the distance to the sun.
Something like that is not appearing local.
It is appearing very far away.
We can even see this at the small scale.
e.g. say there is a suburb with a mountain 100 km to the east.
For everyone in that suburb, they can look at see the mountain to their east.
That is not the mountain appearing locally to them.
That is the mountain being very far away, such that it is basically the same direction for all of them.
If you want a comparison to Earth, go get a merry go round in that suburb, and on the inside, build a wall to close to the edge as a circle.
Then have people sit on it in various positions looking out.
And you end up with the same effect you have for people on Earth at the equator lying on their backs looking up.
Depending on which way you rotate it, you have the mountain come into view from the left, pass directly in front, and then go off to the right (or vice versa).
If they can tilt their heads, then the see the mountain appear to rise from the left horizon, pass overhead and then set on the west horizon.
If you want it for a different latitude, tilt the wall, i.e. the wall becomes a section of a cone.
If you want it for a time other than the equinox, tilt the merry go round (i.e. lift one side of the thing up so it rotates about an axis not perpendicular to the ground.
This even gives you a "time offset" based upon how far around the merry go round they are.
This matches what is observed in reality, without issue.
The sun cannot be local to Los Angeles and NYC
And it isn't.
It is off roughly 150 000 000 km.
It is not local to either.
yet instead all we have is a time displacement for things like sunrise and sunset.
Just like you would expect for a rotating round Earth with a distant sun.
What you're talking about is not a real object but an object that always appears as a visual mirage.
You keep spouting this, but you have repeatedly failed to provide anything to support this in any way.
You are yet to explain what is wrong with the RE model.
e.g. you are yet to provide any calculations which show the RE model is wrong and predict something different to what is observed in reality.
You are yet to explain what magic would be causing this illusion/projection/mirrage/whatever BS you want to call it.
Instead, all you do is pathetically assert it is local to pretend there is a problem.
Or alternatively, you start with the false assumption that Earth is flat, see it doesn't work on a FE, and try to come up with BS to pretend it can work, rather than admitting this shows Earth isn't flat.
You're projecting your own inability to understand onto me.
No, I'm not.
I understand the RE model.
I understand how it works and how it trivially explains this.
I understand why your objections are wrong.
Actually in a game, even if there is the memory to render more distance, the screen is the limiting factor. You can't see objects that are outside the screen.
Which would be saying that you can't see things behind you (or otherwise not in the direction you are looking). That is not saying that you magically have a distance limit.
Likewise, if I were to go into a very large and very flat ballroom, and everyone was told to be silent
And what about all the other noises?
Did you stop their heart beating?
Did you stop them breathing?
Did you stop the air conditioning?
Did you stop the music playing next door?
Again, it is about being able to detect it above the background.
So what is the background noise level?
And what is the noise level when it reaches them?
How about instead of someone whispering, you try it with a simple light.
Go paint the entire ballroom a matte black.
Block all the windows and any glass doors or the like, to stop all light coming in, and have a tiny simple LED on one wall, and see how many people can see it from across the room in this pitch black environment.
Then open the windows and turn on the lights and see how many people can.
Our perception of reality is very much like a series of different-sized computer screens.
With an unlimited render distance. Where you see things if they are in the direction you are facing/in your FOV, without any magical distance limit.
Again, stop just asserting the same pathetic BS.
If you wish to claim there is a magical distance limit, justify it. Explain what magic causes it, knowing that our eyes are passive and simply react to light hitting them.
If you wish to claim the sun is local, then justify it. Provide some argument/evidence that actually demonstrates that.
And defend them.