Whether it’s 0.1 K or 3 K, it’s cold.

Real cold.

Yeah real cold

Point is this fluid increases density but yet accelerates upwards

It's like "gravity" gets switched off

The body has lost kinetic energy

It's Sheeple's 10th law of acceleration, the aether itself

hm

@Ætos Do you accept the existence of the aether?

doesnt aether support gravity? which flat earthers are against

In the quantum sense, sure.

I’ve always found the electric universe concepts interesting.

ive always found string theory and m theory interesting its really cool stuff you should check it out

Also, Aether doesn’t support gravity.

yeah but the electric universe theory fails to explain supernovas and a couple other things.

It doesn’t go against it, either.

Gravity is a very distinct thing in most universe theories as few can incorporate it properly.

Which just leaves it as a sort of “Yeah, it’s a thing, but no one knows why.”

im pretty sure super novas are caused by collapsing red giants

could it be gravitons?

@Elias (Deus) ⭐ congratulations on Flat Earther ⭐

I seriously love isaac newton!! I'm so glad there's a community here for everyone who believes. (:

yeah isaac newton was pretty great

Gravitons are a String Theory particle, right?

i believe so but i maybe incorrect

If so, they work mathematically, but are impossible to observe with modern technology.

gravitons are elementary particles in the quantum gravity theory.

*Which quantum gravity theory?*

There’s a few.

yes like many other particles

idk

its just a hypothetical particle. I personally dont believe in its existence, but it could be possible

it's disappointing that there's so many of us.

String theory is the only theory of quantum gravity that has a mathematically possible graviton.

The rest end up with particles that have infinite mass.

Evidently that causes issues.

Gravitons are denser than air that's why things are held down

Well, yeah. But math can do literally anything.

Well, that’s the interesting part.

all doesnt explain gravitational waves though