Joscha Bach

But what has to happen is probably that it's conscious, so it can relate to our own mode of existence, where an observer is observing itself in real time within certain temporal frames.

And the other thing is that it probably needs to have some kind of transcendental orientation, building shared agency, in the same way as we do when we are able to enter with each other into non-transactional relationships. And I find that something that, because the stage five is so rare, is missing in much of the discourse.

And the other thing is that it probably needs to have some kind of transcendental orientation, building shared agency, in the same way as we do when we are able to enter with each other into non-transactional relationships. And I find that something that, because the stage five is so rare, is missing in much of the discourse.

And the other thing is that it probably needs to have some kind of transcendental orientation, building shared agency, in the same way as we do when we are able to enter with each other into non-transactional relationships. And I find that something that, because the stage five is so rare, is missing in much of the discourse.

And I think that we need, in some sense, focus on how to formalize love, how to understand love, and how to build it into the machines that we are currently building and that are about to become smarter than us.

And I think that we need, in some sense, focus on how to formalize love, how to understand love, and how to build it into the machines that we are currently building and that are about to become smarter than us.

And I think that we need, in some sense, focus on how to formalize love, how to understand love, and how to build it into the machines that we are currently building and that are about to become smarter than us.

The neuroscientist Grossberg has come up with the cognitive architecture that he calls the adaptive resonance theory. And his perspective is that our neurons can be understood as oscillators that are resonating with each other and with outside phenomena. So the coarse-grained model of the universe that we are building in some sense is a resonance with objects outside of us in the world.

The neuroscientist Grossberg has come up with the cognitive architecture that he calls the adaptive resonance theory. And his perspective is that our neurons can be understood as oscillators that are resonating with each other and with outside phenomena. So the coarse-grained model of the universe that we are building in some sense is a resonance with objects outside of us in the world.

The neuroscientist Grossberg has come up with the cognitive architecture that he calls the adaptive resonance theory. And his perspective is that our neurons can be understood as oscillators that are resonating with each other and with outside phenomena. So the coarse-grained model of the universe that we are building in some sense is a resonance with objects outside of us in the world.

So basically we take up patterns of the universe that we are coupled with and our brain is not so much

So basically we take up patterns of the universe that we are coupled with and our brain is not so much

So basically we take up patterns of the universe that we are coupled with and our brain is not so much

understood as circuitry, even though this perspective is valid, but it's almost an ether in which the individual neurons are passing on chemoelectrical signals or arbitrary signals across all modalities that can be transmitted between cells, simulate each other in this way, and produce patterns that they modulate while passing them on.

understood as circuitry, even though this perspective is valid, but it's almost an ether in which the individual neurons are passing on chemoelectrical signals or arbitrary signals across all modalities that can be transmitted between cells, simulate each other in this way, and produce patterns that they modulate while passing them on.

understood as circuitry, even though this perspective is valid, but it's almost an ether in which the individual neurons are passing on chemoelectrical signals or arbitrary signals across all modalities that can be transmitted between cells, simulate each other in this way, and produce patterns that they modulate while passing them on.

And this speed of signal progression in the brain is roughly at the speed of sound, incidentally, because the time that it takes for the signals to hop from cell to cell, which means it's relatively slow with respect to the world. It takes an appreciable fraction of a second for a signal to go through the entire neocortex, something like a few hundred milliseconds.

And this speed of signal progression in the brain is roughly at the speed of sound, incidentally, because the time that it takes for the signals to hop from cell to cell, which means it's relatively slow with respect to the world. It takes an appreciable fraction of a second for a signal to go through the entire neocortex, something like a few hundred milliseconds.

And this speed of signal progression in the brain is roughly at the speed of sound, incidentally, because the time that it takes for the signals to hop from cell to cell, which means it's relatively slow with respect to the world. It takes an appreciable fraction of a second for a signal to go through the entire neocortex, something like a few hundred milliseconds.

And so there's a lot of stuff happening in that time where the signal is passing through your brain, including in the brain itself. So nothing in the brain is assuming that stuff happens simultaneously. Everything in the brain is working in a paradigm where the world has already moved on when you are ready to do the next thing to your signal. including the signal processing system itself.