If a small mass has this much complexity, interacting small masses should be vastly more complex. And by moving slowly I bet a lot would be time based as well.
I think it's pretty likely a collection 10x the size would have much more than 10x the complexity due to the interactions. In the same way as a quantum computer, the state of each collection of cells is not quantized because it has many analog values at different ratios and interacts in complex ways with the surroundings.
Of course by this logic a collection of phytoplankton is complex because I'm sure they all have chemicals they excrete. But I also kind of honestly think a rock is conscious by any reasonable definition, so I know I'm not the one who should be drawing the line...
I think it's pretty likely a collection 10x the size would have much more than 10x the complexity due to the interactions. In the same way as a quantum computer, the state of each collection of cells is not quantized because it has many analog values at different ratios and interacts in complex ways with the surroundings.
Of course by this logic a collection of phytoplankton is complex because I'm sure they all have chemicals they excrete. But I also kind of honestly think a rock is conscious by any reasonable definition, so I know I'm not the one who should be drawing the line...