Ryan Graves

Maybe their planet has super strong electromagnetic fields, right? And so they can leverage that in a way we can't.

Maybe their planet has super strong electromagnetic fields, right? And so they can leverage that in a way we can't.

Yeah, yeah.

Yeah, yeah.

Yeah, yeah.

Get a picture of that, please. What would their technology look like?

Get a picture of that, please. What would their technology look like?

Get a picture of that, please. What would their technology look like?

That's why I don't own a squid or an octopus. Because if I saw that in the middle of the night, it would freak me the fuck out.

That's why I don't own a squid or an octopus. Because if I saw that in the middle of the night, it would freak me the fuck out.

That's why I don't own a squid or an octopus. Because if I saw that in the middle of the night, it would freak me the fuck out.

I learned a pretty interesting little tidbit here. You know, I mean, the octopus, apparently its DNA is not like anything else on this planet. But apparently the Hawaiians have an ancient tradition that octopus basically came from the sky. Isn't that interesting?

I learned a pretty interesting little tidbit here. You know, I mean, the octopus, apparently its DNA is not like anything else on this planet. But apparently the Hawaiians have an ancient tradition that octopus basically came from the sky. Isn't that interesting?

I learned a pretty interesting little tidbit here. You know, I mean, the octopus, apparently its DNA is not like anything else on this planet. But apparently the Hawaiians have an ancient tradition that octopus basically came from the sky. Isn't that interesting?

Yeah. I mean if you look back at like the evolution of humans to monkeys to fish and then multicellular organisms and the introduction of the mitochondria, smaller simple single-celled organisms. there's a very linear path of evolution. And very early on, there's a massive jump where we went from extremely simple bits and pieces to essentially this big jump in complexity for these small systems.

Yeah. I mean if you look back at like the evolution of humans to monkeys to fish and then multicellular organisms and the introduction of the mitochondria, smaller simple single-celled organisms. there's a very linear path of evolution. And very early on, there's a massive jump where we went from extremely simple bits and pieces to essentially this big jump in complexity for these small systems.

Yeah. I mean if you look back at like the evolution of humans to monkeys to fish and then multicellular organisms and the introduction of the mitochondria, smaller simple single-celled organisms. there's a very linear path of evolution. And very early on, there's a massive jump where we went from extremely simple bits and pieces to essentially this big jump in complexity for these small systems.

And there's a theory out there that that jump occurred due to seeding from elsewhere, right? That perhaps the whole path is linear. And it occurred over time, perhaps, and they think the time period is like several billion years, right, for the evolution from these components to get to essentially a single-celled organism.

And there's a theory out there that that jump occurred due to seeding from elsewhere, right? That perhaps the whole path is linear. And it occurred over time, perhaps, and they think the time period is like several billion years, right, for the evolution from these components to get to essentially a single-celled organism.

And there's a theory out there that that jump occurred due to seeding from elsewhere, right? That perhaps the whole path is linear. And it occurred over time, perhaps, and they think the time period is like several billion years, right, for the evolution from these components to get to essentially a single-celled organism.