TheEldritchGod
A Cloud Of Pure Spite And Eyes
- Joined
- Dec 15, 2021
- Messages
- 3,444
- Points
- 183
you trolling or high?
Edit: I hate auto correct
Neither. Quantum mechanics and figuring out gravity has always been a hobby of mine. I came up with the Planck tetrahedron when I was fourteen with my grandfather's help.
Yes. Gravity does exist, I conceded this with the verification of gravity waves I'm 2012. However, ieo like to point out we have NOT detected gravitons yet. We infer something like a gravity exists, but we have no direct evidence of the existence of gravity.
Gravity (motion) is tied directly to "time".
M theory is broke and ignores several fundamental truths. Matter and energy cannot be created or destroyed, just transformed.
So where goes gravity come from?
Gravity is a boson. Like light. When something emits light. It loses energy and technically gets lighter. So, what is being lost when gravity is emited?
We detect no loss of mass from matter over time. Where goes the gravity come from? What is the other half of this equation?
So others have taken my original debunked theory and kept the fundamental particle and repurposed.
It's easier to imagine it better in 2 dimensions. Imagine a table.
Imagine that empty void is a series of triangles. For an object to exist, it needs to be on a triangle. The heavier it is, the more triangles it needs. However, at all times at least one corner must touch the table. So as you add more and more triangles, they overlap up into the third dimension.
It makes space have a slope, as the triangles wind up all leaning in the same direction. It becomes easier to go one direction than the other. Eventually, if you add enough triangles, they become 90 degrees to the table this is when you achieve a singularity.
Like a fresnal lens, they bend space time, but never need to be any higher than one Planck length. But there's a problem.
How do they communicate?
How do they know to gather around matter? Well, the obvious answer is gravitons, but how are they being emited? We run Into the conservation of matter and energy problem.
What if empty void is just like matter? Hot matter emits photons in the form of heat as it cools. So, void, when it gathers around matter is "hot" and as it "cools" it emits gravity in the form of gravitons.
This would then make more sense as gravity is now following the laws of thermodynamics. What can we project from this?
If void is basically in chunks and it gets hot and cools, there would be a point in empty space where empty void crystallizes and gravity goes to zero.
In space, by current realitivity, space time is smooth and therefore gravity can never go to zero, but this would be unique in the universe because EVERYTHING ELSE HAS PHASE STATES.
So how can we prove or disprove this?
Gravity Is motion. Motion slows down time. Zero gravity would speed up time. At a Lagrange point we could build a giant round sphere and at the center place a small fleck od radioactive material. In smooth space time, we can determine the rate if decay. In fresnal space time, there will be a "jump" in the speed of the radioactivity that could be measured.
Or... and this is what I hope for...
Radioactivity would stop.
There is a possibility that Radioactivity is caused by matter moving through the chunks of space time, Imagine putting glass marbles in a jar of sand then rollingg the jar around. The marble will get scratched up.
This is what I think causes radioactive decay. So, if we put a radioactive fleck at the nearest Lagrange point, it will either decay as Einstein predicts, or decay faster, or maybe... just maybe...
STOP.
And in that case, I will put a big middle finger in the face of every M theorist and do a razorfist spinning "fuck you, I was right."
Edit:there may be some confusion about radioactive decay rates. It is all or nothing. There is radioactivity in "liquid" void, but crystallized void, this would result in matter moving through such an Area like electrons moving through a superconductor.
Too warm, there is resistance, at the right temp, no resistance. Binary.
And you say, but even a fleck on matter has gravity. Yes, under smooth space time, under fresnal space time, there needs to be enough matter, and at certain locations, the matter can cancel each other's mass out enough to allow for this phase state.
Ie, Lagrange point.
Of course you would also need to account for the galaxy. It has a bit of heft to it, I'm told. But that's just a matter of math.
Still, what I'm proposing is to try and find a single spot in the solar system that's about a millimeter wide, a spot that moves constantly because of the earth spinning, the moon orbiting, the earth going around the sun, and the solar system orbiting the galactic core.
But unlike M-theory, I have an actual way to test if I'm right or not!
Last edited: