Extra dimensions

we call them, exist and lay on top of each other, almost stacked, as if you had a blanket with another blanket stacked on top of it, and another blanket stacked on top of it.

To explain this so you can understand, you can imagine the Earth and our reality as a thin blanket, and all these other higher dimensions are the blankets laying directly on top of ours.

However, we can only see our own blanket.

Now the alien beings or the ships that we have seen in videos and that many people have captured over the years are in fact what we call jumpers in that they exist in their relative dimensions but have in fact jumped into ours.

However, when you look at Jupiter in an elevated dimension, you will see that it has completely changed in all forms.

you will see that it's no longer a deadly ball of gas, but is now solid, has a different color, and is now inhabited.

We know for a fact this is true due to the fact that the government has the technology to detect these higher dimensions and actually get a small view of what the solar system looks like on the other side, as we call it, in these other dimensions.

There is much we do not know about the universe and how it works.

It might be incredibly strong, but it's leaking into undiscovered extra spatial dimensions.

Extra dimensions, like beyond the 3D space we walk around in plus time.

Yes.

String theory requires these extraspatial dimensions to exist in order for its complex math to balance out.

The extra dimension is curled up so tightly that you can only experience it if you are small enough.

Oh, that makes sense.

So we don't notice these extra dimensions because we are way too big, just like someone staring at the telephone wire from a mile away.

Yeah.

This gets tricky because we know that if there were big things, that we would have seen those with atom smashing experiments like the Large Hadron Collider.

If there were large extra dimensions that were the same size as the rest of our universe, things would fly off into them and you'd watch all these pieces just disappear all the time.

You'd watch energy and mass disappear.

Space Fact.

But if you had an extra dimension where you could pull those two apart, then it doesn't have to be singular anymore.

Now you just have two separate, you know, smooth curves sitting there.

So the same could be true for space time and that things that look singular in our universe could actually be smoothed out by having extra dimensions available.

So the answer is yes.

So that tells me that the torus has one hole, and I can formalize it in terms of these subspaces, these circles that are smaller in dimension that sit inside of the surface.

So I can do that in higher dimensions too.

If I'm trying to distinguish two four manifolds from each other, sometimes I can rephrase that as a question about, well, what kind of surfaces sit inside of these four-dimensional spaces?

[upbeat music] So when I listen to that with my topologist hat on, I'm thinking that there's a gambit that Maggie is using here that we're trained to use in topology all the time, to use, as she puts it, these smaller dimensional objects to probe higher dimensional objects.

[laughs]

We can't draw all of them.

You can in principle do that in higher dimensions too.

I, I have a paper or m- maybe a few papers where I draw five-dimensional spaces as well.

Now you just have two separate, you know, smooth curves sitting there.

So the same could be true for spacetime, and that things that look singular in our universe could actually be smoothed out by having extra dimensions available.

So the answer is yes.

So the answer is yeah.

but why not take a, take an, an extra step? Could most of the things we see, think of, and interact with in our three-dimensional universe be the shadows of higher dimensions cast into our world?

In terms of the size of those dimensions, this gets tricky because we know that if there were big things, um, big extra directions, um, for things to move in, that we would've seen those with the way that all sorts of experiments run.

So for example, in atom smashing experiments like the Large Hadron Collider, right, you know, you're smashing two protons together and you watch all these pieces fly out and you calculate their kinetic energy and how they're hitting all these detectors, and if there were large extra dimensions that, you know, were the same size as the rest of our universe, things would fly off into them and you'd watch all these pieces just disappear all the time.

Oh.

call them, exist and lay on top of each other almost stacked as if you had a blanket with another blanket stacked on top of it, and another blanket stacked on top of it.

To explain it so you can understand, you can imagine the Earth and our reality as a thin blanket, and all of these other higher dimensions are the blankets laying directly on top of ours.

However, we can only see our own blanket.

Now the alien beings, or the ships that we have seen in videos, and that many people have captured over the years are in fact what we call jumpers in that they exist in their relative dimensions but have in fact jumped into ours.

You will see that it's no longer a deadly ball of gas, but is now solid, has a different color, and is now inhabited.

We know for a fact this is true.

due to the fact that the government has the technology to detect these higher dimensions and actually get a small view of what the solar system looks like on the other side, as we call it, in these other dimensions.

There is much we do not know about the universe and how it works.