Showing posts with label counterflow. Show all posts
Showing posts with label counterflow. Show all posts

Thursday, September 18, 2014

p-values


The concept of p-value might just be the most central idea to the notion of counterflow, design, etc.

This is the Fisherian idea that I was taught in biology class at university, and the idea that Dembski has argued is more fundamental to theory choice than the likelihood inference that Elliot Sober promotes.


Sunday, September 29, 2013

McCabe complexity of the polymerase machine

Most software engineers have probably heard of McCabe Complexity.  I can't help but wonder how Thomas McCabe would evaluate the complexity of DNA/RNA decoding and transcription process:

He [Thomas McCabe] is taking a much more achievable approach [than attempting to compute the complexity of the cell].  At the risk of oversimplifying his idea, we will say that instead of looking at all the metabolic processes in the cell, he is looking at just one. Specifically, there is a process in living cells that decodes the genetic information in the DNA molecule and builds biological structures accordingly. Conceptually, this process is not much different from the software program in a CD player that reads a compact disk and converts the information into music. Since we can compute the complexity of a program that reads a CD, one should also be able to compute the complexity of the biological process that reads and processes genetic information.
Sounds exciting.