"Not a fisheye" then why is the background 100% land, where is the ocean?, work it out lol read my sig
Because the photo was taken over land. No ocean visible from that perspective.
Can we at least agree that the n-body problem is hard science, if we are going to find any common ground to debate this ? Lets try to work backwards from there...
Look, gravity is a farse; dense objects fall and light objects rise, it's that simple. This implies the "n-body problem" is the problem of how many færies can fit on the head of a pin.
This is a ridiculous and nonsensical answer.
Now that I've addressed you're question you can address mine:
A gyroscope with the following flywheel says Earth does not rotate,
Weight of brass disk alone (with shaft) : 112g
Brass disk diameter: 53mm
Brass disk thickness: 12mm
: How big or small does a gyroscope need to be
i.e. flywheel diameter and material, to detect the Earth's 24 hour rotation as true or false beyond a reasonable margin of error
That's an absolutely minuscule gyroscope.
I would recommend the following for more reading, if you don't want to build a laser array.
https://en.wikipedia.org/wiki/Foucault_pendulumBeyond that, it would be impractical to build a disk-based gyro to measure the Earth's spin. It would need to be several kilometers in diameter.
So to answer my question you point to the Foucault pendulum, what a joke of a device. I specifically stated "Earth's 24 hour rotation", they (wiki) claim the Coriolis effect is the cause. The Coriolis force is a 23 hour 56 minuet cycle (a sidereal day); it's a fictitious force based on the motion of the stars above the Earth.
You've done nothing to prove my 112g flywheel can't be influenced by Earth's 24 hour rotation, your claim that it can't is insane! This gyroscope is proof the Earth is not moving unless you can show otherwise. So not only do you have to show my 112g flywheel can't be influenced by earth's rotation, you have to debunk the Airy's Failure experiment that empirically proves the Earth is stationary and the stars are in motion.
The Earth is a flat motionless plane, full stop.
