LAGoff

In those awesome intra-cell videos the 'particles'/'bits' go directly to their places as if they 'know' exactly where they are going. For instance, a bit/particle made a 90 degree turn at the last moment into its destination / 'socket. I was told that these bits/particles would not do this fast enough under Brownian motion to have a viable cell without [catalyzing, escorting] enzymes. (it's hard to believe anything would happen under Brownian motion) Is there an escort that escorts those first enzymes that escort the bits/particles? How many layers are there in this escort service? In other words, how does the first enzyme 'know' to take bit/particle x exactly to place x? Is it by another enzyme that works on ('escorts') that first one to get it to go to place x? And what works on that second enzyme to get it to do what it does?-- a third enzyme? Also, what's the percentage of those bits/particles (that build and tear down things in the cell) that are under Brownian motion and those under enzyme-escort motion?

I found the pictures. It's called a bifurcation diagram. It is associated with a Mr. May. I saw it on pg.78 of Chaos by Gleick. for pictures go here: http://25yearsofprogramming.com/images/wbif/index.htm Can anyone give me more feedback on this? As an aside, I wonder about these bifurcation diagram pictures and the Bible's portrayal of the cosmos being formed out of chaos. Do you see any application of these pictures to that? p.s. I am not a mathematician/scientist,etc. I just saw these pictures and wondered what's going on that you would have something, then it would [almost] dissapear, then it would return again, and perhaps if I could incorporate these diagrams(or perhaps the glycerine and ink disapearing/reapearing experiment) into the portrayal of forming a cosmos out of chaos in the first chapter of Genesis. Or perhaps this is just a diagram and has only limited application?

I saw a graph in a book on Chaos theory and it showed in the first third of the graph, lines moving horizontally; then there was a break in the second third where the lines disappeared; then in the third part of the graph, the lines reappeared. Can you tell me what this is called; even better, can you show me a picture of it; even better, can you tell me more about it? Does this have anything to do with the glycerine/ink experiment where the ink disappears in the glycerine and then when turned the other way, it reappears again? Thank you.

I saw a graph in a book on Chaos theory and it showed in the first third of the graph lines moving horizontally; then there was a break(empty space) in the second third of the graph where the lines disappeared; then in the third part of the graph, the lines reappeared. Can you tell me what this is called; even better, can you show me a picture of it; even better, can you tell me more about it? Does this have anything to do with the glycerine/ink experiment where the ink disappears in the glycerine and then when turned the other way, it reappears again? Thank you.