Ok, if you have a sheet of rubber, and you place a large rock onto it, and the rubber bends down, and then you drop a ball at the edge of the rubber and it rolls to the middle, and then you put a larger rock on the rubber, and the outter marbles fall to the middle faster, this interaction is what gravity is like, it's not the mass directly that causes it, it's the mass, that causes the bending of the rubber to a steeper angle, that causes gravity, it's an indirect force, but the mass itself is not the cause of the acceleration created, that is his point.

https://www.youtube.com/watch?v=MTY1Kje0yLg&t=250s

so this ^?

yes, the rocks are not 'creating gravity' all they do is bend spacetime.

so gravity is not a force

lol

'according to real science'

rock is doimg what

the mass of an object bends spacetime

so your saying that everything in the universe gets "pulled" to a central point?

oof

there is no central point of mass, but everything in the universe is pulled towards each other like how you are thinking in that analogy yes

tnis bendy $hit ,they just denying whats really going on

but what the scientists mean when they say it's not a force, is literal, they literally mean it's not a force, because it's not

yes it is

tnings dont move by themselves

no absolute central point, especially in GR where everything can be considered a central point, relatively speaking.

gr will be proved bs soon

moving doesn't mean something is a force, there are types of movement that defies standard types of physics. a 'wormhole' is bent space, yet can let you move very far in a short amount of time

to move something takes a force simple

no, because you will find the lowest state of energy no matter what, a slide doesn't need a motor

try move something ...you will have to put a force in to move it

simple

something finding it's lowest state of energy isn't 'movement' it's equalization. a ball rolling down a hill isn't 'generating' force, it's equalizing.

theres a force rolling it down the hill

no shit, there would be constants in an scenario with a 'slide'

yes so no force...no movement

the HILL is not the force

the force moving it DOWN THE HILL is

go on

....

is what

whats the force

without swearing

do you conceptually understand the point is that the measurement of force the hill creates is separate from the force that moves the ball down the hill

a steeper hill is STILL NOT THE FORCE moving the ball down it

yes

whats causing it