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Put a flat earthier into space

Tell me how they manage to orbit the sun.
As you do so maybe you can offer why they manage to elliptically orbit the sun.
I know it's all there for you but I'd like your take.
This is quite easy: they go around the sun due to a gravitational attraction. An elliptical orbit is perfectly viable.
 

No such thing for a globe.

Impossible to happen. Absolutely impossible.

Nope. You could never have any horizon on a globe.

The arguments are far from what you say. The arguments are pretty plain and simple. Your downward curvature could never offer any horizon whether looking level out to sea or up a tower or in a plane.

Just another simple and logical destruction of the global storyline.
If you take a ball and hold it level with your eyes (you don't really need to hold it level, but I don't want you to miss it), the edge that you see is the horizon. Your argument is based on the fact that you don't know what you're talking about.
 
This is quite easy: they go around the sun due to a gravitational attraction. An elliptical orbit is perfectly viable.
If it's perfectly viable then can you explain how this elliptical orbit around this sun happens?
If you take a ball and hold it level with your eyes (you don't really need to hold it level, but I don't want you to miss it), the edge that you see is the horizon. Your argument is based on the fact that you don't know what you're talking about.
Yes, I've heard this argument. The edge of a ball. But how does an edge happen from eye level?
I'll make it easier.
Your feet are on the sand at the shore. You know your globe has to offer a downward curvature from this point. Your globe could offer nothing else bearing in mind what you go with.

Now you have to view that sea with your eyes. 5 feet or so higher. No way can any horizon become visible...only the sky.
It's not and never will be feasible.
 
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Yes, I've heard this argument. The edge of a ball. But how does an edge happen from eye level?
I'll make it easier.
Your feet are on the sand at the shore. You know your globe has to offer a downward curvature from this point. Your globe could offer nothing else bearing in mind what you go with.

Now you have to view that sea with your eyes. 5 feet or so higher. No way can any horizon become visible...only the sky.
It's not and never will be feasible.
What on earth are you talking about? You make no sense at all.
 
If it's perfectly viable then can you explain how this elliptical orbit around this sun happens?
yes, very easily. A gravitational field can have an easily balanced elliptical orbit. It happens when the planets came into existence. You can play with these forces here..
 
But if you had a pendulum hanging and set it in motion you could not make that follow an elliptical path.

Well except that you can.
Any reason as to why that os and why that correlates with an orbit around a supposed massive ball of fire?
yes, very easily. A gravitational field can have an easily balanced elliptical orbit. It happens when the planets came into existence. You can play with these forces here..
Can you explain what's happening?
 
yes, very easily. A gravitational field can have an easily balanced elliptical orbit. It happens when the planets came into existence. You can play with these forces here..
That sort of thing takes me back.

Years ago (early 90s) a lot of computer magazines contained a programming section. You had no internet, new software was hard to come by so people used to play with programming their own stuff, usually fun graphics and sounds. Gravity simulations were quite a common one*. They followed fairly basic rules. You have a gravitational mass in the centre acting like a big magnet or attractive force. That field follows an inverse square law, so the further away you are from it, the gravitational force is proportional to one divided by that distance squared (1/2, 1/4, 1/8, 1/16 etc). You then fire a particle past it (but not directly at it), it has forward momentum and will try to remain on it's course, but gravity pulls at it and at each stage has an influence.

You could experiment, because the faster the particle or the further away, the less it was affected. If you fired something slow and close, then it would quickly spiral into it's doom. But get it just right and it would go into an orbit. In certain situations that could be an elliptical orbit.

Basically it was a graphical demo and was the result of combining two equations together. One a Newtonian equation of linear motion along with Keplers law of gravitation. It would take a few hours to write such programs, and then after half an hour of playing with the result you felt you had done most things with it. But combine a few of these things together, along with some smooth animation techniques and you start to build a physics engine for a game.

It was a way people could pass the time in the 90s, with a computer but no SMB, no YouTube and no Twitter.

The interesting thing is, that just these two rules could be used to create circular orbits, elliptical obits or something would fly into your 'system' do a parabolic curve around the central mass but have enough velocity to escape again, exactly like comets do. Just two basic rules and 50 lines of BASIC programming and you could have a crude representation of what we can actually observe.



* For those interested, other common ones were fractals and fractal landscapes, Game of Life cell simulation ( ), electron simulation ( ) etc. People just seeing what they could learn and make look pretty.
 
If it's perfectly viable then can you explain how this elliptical orbit around this sun happens?
Why does he need to?
Yes, I've heard this argument. The edge of a ball. But how does an edge happen from eye level?
Why does it need to?
I'll make it easier.
You don't need to
Your feet are on the sand at the shore. You know your globe has to offer a downward curvature from this point. Your globe could offer nothing else bearing in mind what you go with.
That's really not made anything any easier.
Now you have to view that sea with your eyes. 5 feet or so higher. No way can any horizon become visible...only the sky.
Only in the crazy world of Nukhasselvision where you can only see in one very narrow and straight line, like no-one ever sees. What do you have against the perfectly normal field of view? Why do you insist on not being able or allowed to see above or below your direct eyeline?
It's not and never will be feasible.
Except that it is and always was.
 
Why does he need to?

Why does it need to?

You don't need to

That's really not made anything any easier.

Only in the crazy world of Nukhasselvision where you can only see in one very narrow and straight line, like no-one ever sees. What do you have against the perfectly normal field of view? Why do you insist on not being able or allowed to see above or below your direct eyeline?

Except that it is and always was.
If only one of us had produced a mathematical model of an object at height above a sphere and calculating the field of view needed to see the edge of the sphere (lets not call it a horizon, just in case of reinvented language).

Oh come to think of it, I did, but I think this one was dismissed as “magic maths”.
 
I spotted this on the James Webb thread, that I missed when it was first posted:

An interesting insight into the way a number of conspiracy theorists work and how the press can fuel some of it. Take something that was said completely out of context, ignore the rest of what is being said and make a sensational story out of it. Then the rest of the press fight each other to publish the same and not be left out of not publishing the story. Not many people attempted to verify it and it becomes fact in the eyes of many, despite being a load of bollocks.

The internet makes these things happen quicker, but the format is not new. It was just years ago the spread was slower and the press had more control over the bullshit.
 
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