Joscha Bach

And instead of being fully deterministic or almost fully deterministic as our digital computers are, so there is a different base protocol layer that would emerge over the biological structure if such a thing would be happening.

And instead of being fully deterministic or almost fully deterministic as our digital computers are, so there is a different base protocol layer that would emerge over the biological structure if such a thing would be happening.

And again, I'm not saying here that telepathy works and not saying that this is not Wu, but what I'm saying is I think I'm open to a possibility that we see that a few bits can be traveling long distance between organisms using biological information processing in ways that we are not completely aware of right now and that are more similar to many of the stories that were completely normal for our ancestors.

And again, I'm not saying here that telepathy works and not saying that this is not Wu, but what I'm saying is I think I'm open to a possibility that we see that a few bits can be traveling long distance between organisms using biological information processing in ways that we are not completely aware of right now and that are more similar to many of the stories that were completely normal for our ancestors.

And again, I'm not saying here that telepathy works and not saying that this is not Wu, but what I'm saying is I think I'm open to a possibility that we see that a few bits can be traveling long distance between organisms using biological information processing in ways that we are not completely aware of right now and that are more similar to many of the stories that were completely normal for our ancestors.

I think it's a possibility. It's just a vague possibility. And I like to explain, but what this looks like, I think that the end game of AGI is substrate agnostic. That means that AGI ultimately, if it is being built, is going to be smart enough to understand how AGI works.

I think it's a possibility. It's just a vague possibility. And I like to explain, but what this looks like, I think that the end game of AGI is substrate agnostic. That means that AGI ultimately, if it is being built, is going to be smart enough to understand how AGI works.

I think it's a possibility. It's just a vague possibility. And I like to explain, but what this looks like, I think that the end game of AGI is substrate agnostic. That means that AGI ultimately, if it is being built, is going to be smart enough to understand how AGI works.

This means it's not going to be better than people at AGI research and can take over in building the next generation, but it fully understands how it works and how it's being implemented. And also, of course, understands how computation works in nature, how to build new feedback loops that you can turn into your own circuits.

This means it's not going to be better than people at AGI research and can take over in building the next generation, but it fully understands how it works and how it's being implemented. And also, of course, understands how computation works in nature, how to build new feedback loops that you can turn into your own circuits.

This means it's not going to be better than people at AGI research and can take over in building the next generation, but it fully understands how it works and how it's being implemented. And also, of course, understands how computation works in nature, how to build new feedback loops that you can turn into your own circuits.

And this means that the AGI is likely to virtualize itself into any environment that can compute. So it's breaking free from the silicon substrate and is going to move into the ecosystems, into our bodies, our brains. and is going to merge with all the agency that it finds there.

And this means that the AGI is likely to virtualize itself into any environment that can compute. So it's breaking free from the silicon substrate and is going to move into the ecosystems, into our bodies, our brains. and is going to merge with all the agency that it finds there.

And this means that the AGI is likely to virtualize itself into any environment that can compute. So it's breaking free from the silicon substrate and is going to move into the ecosystems, into our bodies, our brains. and is going to merge with all the agency that it finds there.

So it's conceivable that you end up with completely integrated information processing across all computing systems, including biological computation on Earth. That we end up triggering some new step in the evolution where basically some Gaia is being built over the entirety of all digital and biological computation. And if this happens, then basically...

So it's conceivable that you end up with completely integrated information processing across all computing systems, including biological computation on Earth. That we end up triggering some new step in the evolution where basically some Gaia is being built over the entirety of all digital and biological computation. And if this happens, then basically...

So it's conceivable that you end up with completely integrated information processing across all computing systems, including biological computation on Earth. That we end up triggering some new step in the evolution where basically some Gaia is being built over the entirety of all digital and biological computation. And if this happens, then basically...

And everywhere around us, you will have agents that are connected and that are representing and building models of the world. And their representations will physically interact. They will vibe with each other.

And everywhere around us, you will have agents that are connected and that are representing and building models of the world. And their representations will physically interact. They will vibe with each other.

And everywhere around us, you will have agents that are connected and that are representing and building models of the world. And their representations will physically interact. They will vibe with each other.