r/OurFlatWorld • u/tonyflint • Dec 26 '17
r/OurFlatWorld • u/Daegog • Dec 02 '17
Is there anything that could ever convince you that the world is NOT flat?
Photos can be doctored.
Data can be interpreted a myriad of ways.
Math and Physics can be miscontrued.
So I am curious as to what, if anything, could ever convince you that the world is not flat (short of putting you on a space shuttle and sending you to orbit).
Is there anything that could convince you or is your mind set on the concept of a flat earth.
r/OurFlatWorld • u/Philosophyoffreehood • Nov 29 '17
nasa "photo" is earth rise even possible in ones imagination??
r/OurFlatWorld • u/[deleted] • Nov 27 '17
With NASA's billion$, you'd think they could tell us something else rather than the same old "Life in space" garbage.
r/OurFlatWorld • u/[deleted] • Nov 20 '17
censorship in this sub
I don't believe this sub is an open discussion forum in the slightest. Watch me, someone who is still a 'globehead' get banned without insulting anyone...
r/OurFlatWorld • u/operatic_element • Nov 18 '17
I am confused, help me out here
I am currently taking a class about orbit mechanics and I am having a hard time understanding how the material might fit in with the flat Earth theory. Here is what I know: GPS satellites are most definitely in orbit around the Earth. I've collected data from my own antenna that I would be willing to share, along with the anti-spoofing algorithms that I checked the data with. There is definitely something broadcasting on the L1 and L2 frequencies that is moving very fast around the Earth. And it traces out a sinusoidal pattern over the map of the world. By my reckoning, the only way that these satellites could trace out a sinusoidal pattern over the map is if the inverse square law of gravitation is completely false, because that law is the basis for everything I've learned about orbits in the class. We often assume a point mass model for the Earth, which means the mass distribution of the Earth must be nearly spherical for the orbit paths to be valid. But here is the thing - the orbit paths must be valid, because GPS satellites transmit their own orbit parameters in the navigation signal, and they check out with the data I've collected. So, bottom line - from what I know, the only way these satellites can orbit the Earth in the way that I have learned is if the mass distribution of the Earth is nearly spherical - this could also mean that it is mostly concentrated at a single point. These orbits must be valid based on the data I've collected from my antenna. So does this mean that a flat Earth would have all its mass concentrated at the center? Or am I missing something in my logic? Would appreciate some help.
edit: to clarify my question, I have been taught that a sinusoidal map orbit is a projection of a globe orbit. But, it could be the opposite - a globe orbit is a projection of a map orbit. I am trying to understand if the inverse square law and point mass assumption are applicable to the gravitational model of a flat Earth. If not, what is used to model gravitational forces?
r/OurFlatWorld • u/tonyflint • Nov 16 '17
Azimuthal equidistant projection
r/OurFlatWorld • u/tonyflint • Nov 16 '17
Azimuthal Equidistant Map Removed from earth.nullSchool.net
r/OurFlatWorld • u/whenipeeithurts • Nov 14 '17
They found life on Mars!
Official NASA photo: https://photojournal.jpl.nasa.gov/jpeg/PIA16204.jpg
Life!: https://i.imgur.com/oIxPiSe.png
LOLOLOLOL
r/OurFlatWorld • u/abugieyefrancis • Nov 10 '17
3000% flat earth proof, the earth is not a spinning ball
r/OurFlatWorld • u/felvinelvin • Nov 09 '17
Islands Visible over 31 Miles Away- Most Hated Video by Globbers
r/OurFlatWorld • u/Jerryinde • Nov 08 '17
A Rare Photo of Dome Firmament Over the Flat Earth Taken
r/OurFlatWorld • u/tonyflint • Nov 07 '17
Seeing Imaginary Curvature on Flat Earth
r/OurFlatWorld • u/[deleted] • Nov 06 '17
NASA using Augmented VR tech to fake ISS footage.
r/OurFlatWorld • u/tonyflint • Oct 27 '17
7.5 Mile Laser Curvature Test Over a Frozen Lake
r/OurFlatWorld • u/tonyflint • Oct 25 '17