Hakeem Oluseyi

There's this like alternative gravity theories, which, you know, just like when you think they're dead, they come back and they're stronger than ever. And then there is this, oh, there's other stuff, dark matter. Oh, we got some great ideas for what that is. It's black holes. It's machos. It's super symmetric particles.

There's this like alternative gravity theories, which, you know, just like when you think they're dead, they come back and they're stronger than ever. And then there is this, oh, there's other stuff, dark matter. Oh, we got some great ideas for what that is. It's black holes. It's machos. It's super symmetric particles.

They don't exist. We look for them, they're not there. The supersymmetric particles, sorry, I should have saw them. They're not there.

They don't exist. We look for them, they're not there. The supersymmetric particles, sorry, I should have saw them. They're not there.

Maybe several, right? Because they only have to get it right once.

Maybe several, right? Because they only have to get it right once.

Yeah, well, we have those tachyons. Is there tachyons? Is that what it is?

Yeah, well, we have those tachyons. Is there tachyons? Is that what it is?

We call it matter, but we don't know what it is. Well, no, here's the thing why we know it's not that.

We call it matter, but we don't know what it is. Well, no, here's the thing why we know it's not that.

It's not moving faster than light. Because the two models that were competing were, is it hot dark matter or is it cold dark matter? So particles moving very fast would be hot dark matter. And we know that the best model is lambda sedium, cold dark matter.

It's not moving faster than light. Because the two models that were competing were, is it hot dark matter or is it cold dark matter? So particles moving very fast would be hot dark matter. And we know that the best model is lambda sedium, cold dark matter.

The only thing left is axioms, and I don't find that to be well, people making up particles that'll do this. Well, they made up a particle to cancel out the electric dipole moment of the proton, which should exist, right?

The only thing left is axioms, and I don't find that to be well, people making up particles that'll do this. Well, they made up a particle to cancel out the electric dipole moment of the proton, which should exist, right?

If the quarks have electric charges and there's separation between the minus and the negative, there should be some what's called separation between them, which we call a dipole moment. But one is not measured. So Helen Quinn et al., they came up with this idea. Maybe there's this other field that cancels it. So it's the Wild West. It's the Wild West, man.

If the quarks have electric charges and there's separation between the minus and the negative, there should be some what's called separation between them, which we call a dipole moment. But one is not measured. So Helen Quinn et al., they came up with this idea. Maybe there's this other field that cancels it. So it's the Wild West. It's the Wild West, man.

You come up with all these ideas and you go through all of them and there's none of them.

You come up with all these ideas and you go through all of them and there's none of them.

Yeah, and it's clumping gravitationally, right? And then, you know, you'd see, I imagine, shrink off radiation, right? That's when you travel faster than light in some medium.

Yeah, and it's clumping gravitationally, right? And then, you know, you'd see, I imagine, shrink off radiation, right? That's when you travel faster than light in some medium.