I'm not repeating this

lmao

This is the equation for applying peturbative theory to gravity:

gμν=ημν+hμν

Where the first term is the metric tensor, the second the minkowski metric and the third the perturbation

The metric tensor in general relativity is the mathematical description of the curvature of spacetime

The spacetime in GR being a pseudo reimannian manifold

Now, I've already posted the written out versions of each terms (they're tensors)

And the end result of applying this perturbation to gravity is non-renormalizable

Do you have a comprised pdf of your research?

Meaning that the math springs to infinity and our normal way of resolving it fails

@thing this isn't research, and surely with your junior level physics knowledge you can understand this basic perturbation?

Anyways, when the infinities emerge the mathematics breaks down resulting in gravity being non-renormalizable which means that we can't apply peturbative theory to it

Meaning that gravity cannot be reconciled with quantum field theory

The major flaw in your gravity disproof is that you are trying to disprove gravity by applying a Quantum System. Which has no real relavance at all to Relativity. You are just trying to apply two opposing theories

You can concede now or continue with your useless ad homs and excuses

this doesnt disproove gravity

@thing oh, show me how the equation doesn't lead to non-renormalizable gravity and please renormalize it for me

...

Then claim your Nobel prize

I'll wait.

@thing "The major flaw in your gravity disproof is that you are trying to disprove gravity by applying a Quantum System. Which has no real relavance at all to Relativity. You are just trying to apply two opposing theories"

Why dont you show me how it DOES indeed lead to re-normalizable gravity

After all, if you are trying to prove something then why would you ask someone else

Cmon now disprove quatum physics and general relativity

Ill wait

In physics there are two major theories to describe our universe. Quantum field theory and general relativity. Quantum field theory is a unifying theory that has so far encompassed electromagnetism, the weak force, and the strong force in their respective branches quantum electroweak theory and quantum chromodynamics. However, to create a full description of our universe we also need to add gravity, since it is the fourth fundamental interaction. And thus far gravity has broken down in small scales and places of extreme gravitational curvature. So, to create a unifying theory of physics (a so called theory of everything) we need to reconcile general relativity and furthermore gravity with quantum field theory.

@97 Eleven No personal attacks/insults please

Yeah i'm not sure undgrad physics will cover advanced stuff like this

if you would tell me where you're studying at that would help

so I could see what your major offers

and what they offer to undergrads research wise

I understand how general relativity and quantum mechanics break down at a fundamental level. But this in no way disproves what we know about the observable universe

@thing do you?

Show me it mathematically

Show me how the equations of each respective theory break down

I think that's where our miscommunication lies

@thing I'd stop here if he won't tell me where he goes he is most likely lying about what he knows

You are not disproving gravity at all, you are just trying to stump me with quantum system field equations

He's not trying to explain the concept to you

he's spamming equations and garble that doesn't help anyone