Message from @YahYett
Discord ID: 570758623521800200
General relativity
Hm, that is complex
objects fall to the ground if u want to call that gravity ok
I'll just say no
Newtonian gravity nor general relativity have been proven
tell 97 how we are better at human space travel now than we were in 1969
Well, you are right about that, they haven't "proven" them but they worked well enough for them to use as theories
"Proven" is the wrong word I'd say
@97 Eleven because to use the pendulum to calculate it you would need an isolated gravitationally neutral zone
Except they don't
their is no evidence of 2 objects of mass being drawn toward each other becuase of their mass alone
Neither work as theories
link me the video right in here of the experiment please
Gravity and furthermore general relativity cannot be reconciled with one of the most successfully theories in physics.
wait u jsut told me their was no experiment
u said it wasnt possible on earth
They do. That is how they predicted Neptune, orbits, and a host of other phenomena in a fair margin of accuracy
@jeremy matter, the energy is what theoretically is to be expected the driving force behind the rapid expansionof the. Cosmic horizon
They're not working theories
A complete theory of gravity would be quantum gravity
Do you want me to prove it to you??
And there's a reason that doesn't exist
Hecc sake
And in the quantum world gravity is a whole different thing....
No it isn't
It doesn't exist in the quantum world
Simple as that
Why? Because it's utterly wrong.
They are working, research the GR experiments and Newtonian gravitation predictions
...and you have studied quantum mechanics from where?
Even though I have formally studied QM I feel no reason to tell you where
Doesn't change the fact that my claims are correct
Right
Why would you study qm as a fe?
If you attempt to apply perturbation theory to gravity you can't renormalize it afterwards.
If you dont even believe in science
not all science is wrong
Plus by trying to quantise the einstein-hilbert field equations we're only able to quantise the stress-energy-momentum tensor, not the metric tensor.
Says what fe