A bacterial nanomachine?
A. Right. That’s explained in the literature, right. Q. And then here’s where the claim of essentially what I believe is irreducible complexity comes in, if you look on the right-hand side of the page it says — it’s actually the first full sentence on the right-hand side underneath the diagram, it says, “However, it is clear from the details of their operation that nothing about them works unless every one of their complexly fashioned and integrated components are in place.” Do you see where it says that? A. I see it. Q. And then finally, and I’ll bring this to a close, if you go to the abstract on the page, page 13? Matt, if you could just highlight the second half of that, beginning with the word “in terms of biophysical complexity”? I’ll read it to you, it says, “In terms of biophysical complexity, the bacterial rotor flagellum is without precedent in the living world. To the micromechanician of industrial research and development operations it has become an inspirational, albeit f
