
If this world was enclosed within a domed firmament, then how can they launch rockets into space. The moment you try to say there is a dome above us, a solid structure, and that we can't actually access space, we have to completely rewrite the model of how the world works in our minds. You have to think differently. Which means you have to look at things differently too. Things we see all the time. Things we take for granted. Things we don't even think to question because our assumptions of the world never required us to question anything.
So if we look through new eyes, at all the rocket launches over the years, we can start to observe some interesting things. Why do rockets follow the trajectory they all do? Why do they start by going straight up, and then slowly start turning parallel to the Earth, and then they appear to be " going over the curve" or in other words, back down to Earth. Where are they really going? Lets have a look...
Looks familiar doesn't it? What did nature show us?
Maybe rainbows are shaped like the firmament, and rockets must follow a similar trajectory to prevent a collision? Every single rocket launch follows the same trajectory, but if that's the case, we would see the those rockets coming back down to Earth right? No.... Because the rockets come back down in a convenient area of the oceans called the Bermuda Triangle.
While the Bermuda Triangle isn't forbidden like the meme says, it's still out of sight and out of mind for most rocket launch spectators under the illusion that it's going to space, not out to sea. Maybe this is why NASA keeps the ISS inside their giant swimming pool, because all their rocket launches are going directly into the ocean. They're scuba divers, not astronauts. If rockets were really going to space, why would NASA claim that the Van Allen Radiation Belts are a barrier to reach space, when they already went to the Moon successfully 6 times prior?
Once again, NASA doesn't have their story straight.
It's sort of like the time when Neil deGrasse Tyson claimed that the Earth is actually pear shaped.
I wish I was making this stuff up, because it's comedy gold. But the truth is, they're just liars, and once you've caught onto the lies, they're not even good liars. You catch them stumbling and backtracking, and changing their story over and over again, to try to make everything fit into the globe narrative. Their science is always has a convenient explanation that sounds good on paper, but rarely holds up if you actually decide to critically analyze it.
For example.... Nearly every instrument that we use for navigation requires a flat level surface in order for it to function properly. Even radio waves travel in straight lines and don't bend around a curve to reach their destination. They all require a flat Earth model.
Lets talk about missiles for a moment....
The same goes for rail guns. They're capable of targeting things over 100 miles away, and they would never be able to hit their target if there was curvature in the way. So the only way for a rail gun to work is on a flat Earth.
We know airplane's aren't dipping their nose every minute, which they would need to do in order to avoid flying into space. Nobody factors in curvature, yet you'd think this would be important for accuracy, but it's completely absent.
It gets even more interesting when you start looking up their aircraft tests and experiments. We have several different NASA and government documents that expressly state that they use assumptions of a flat non-rotating Earth model. You can find these documents are NASA's official website. They are there. It's just another way for them to hide the truth in plain sight.
And what about lasers? Just another thing to make you go hmmmm....
So maybe when they tell us they're going to space, they really mean....
It's amazing what you can see when you know what to look for isn't it? Everything supports a flat Earth model, and nothing supports a globe Earth. Don't worry, even if you're not quite on board with the firmament above us yet, there's more coming in the next episode.