The human genome is the most complex computer operating system anywhere in the known universe.
It controls a super-complex biochemistry that acts with single-molecule precision. It controls the interaction network of hundreds of thousands of proteins. It is a wonderful testament to the creative brilliance of God and an excellent example of the scientific bankruptcy of neo-Darwinian theory. Why? Because the more complex life is, the less tenable evolutionary theory becomes. Super-complex machines cannot be tinkered with haphazardly or they will break. And super-complex machines do not arise from random changes.
The four dimensional human genome defies naturalistic explanations.
Figure 1: A comparison of the control of transcription in E. Coli (left) with the Linux call graph (right). The bacterial cell is able to control many protein-coding genes (green lines at bottom) with relatively few controls (yellow and purple lines). Linux, while obviously a result of intelligent design, falls far short in that it requires many more high-level instructions to control relatively few outputs. From Yan et al. 2010.1
I am serious when I compare the genome to a computer operating system. The only problem with this analogy is that we have no computers that can compare to the genome in terms of complexity or efficiency. It is only on the most base level that the analogy works, but that is what makes the comparison so powerful. After millions of hours of writing and debugging we have only managed to create operating systems that can run a laptop or a server, and they crash, a lot. The genome, though, runs a hyper-complex machine called the human body. The organisation of the two are radically different as well. A team made up of computer scientists, biophysicists, and experts in bioinformatics (in other words, really smart people) compared the genome of the lowly E. coli bacterium to the Linux operating system (figure 1) and have discovered that our man-made operating systems are much less efficient because they are much more “top heavy”.1 It turns out that the bacterial genome has a few high-level instructions that control a few middle-level processes, that in turn control a massive number of protein-coding genes. Linux is the opposite. It is much more top heavy and thus much less efficient at getting things done. The bacterium can do a lot more with fewer controls. I predict that the study of genomics will influence the future development of computers.
This is very brief summary of the information contained in the DVD by Dr Robert Carter The High Tech Cell. You need to get this valuable resource and I suggest you purchase a copy from the Creation Ministries webstore.