Evolution is the most influential theory in the history of science, but where exactly does it lead? Well aside from eugenics, abortion, population control, euthanasia, anti realism, blackballing of opponents, false histories and atheism, evolution also leads to determinism. Of course like so many of its metaphysical conclusions, evolution leads to determinism only because determinism first led to evolution. For determinism was one of the planks in the so-called “Enlightenment” period, a century before Darwin. So like the French mathematician Pierre-Simon Laplace from two centuries ago, today a growing number of evolutionists hold to the anti realism belief that free will is an illusion. For Harvard’s Gabriel Kreiman, our actions are governed by our neurons, and how they fire off Read More ›

When I was maybe five or six years old, my mother (a distinguished teacher) said to me about problem solving, more or less: if you can draw a picture of a problem-situation, you can understand it well enough to solve it. Over the many years since, that has served me well. Where, after so many months of debates over FSCO/I and/or CSI, I think many of us may well be losing sight of the fundamental point in the midst of the fog that is almost inevitably created by vexed and complex rhetorical exchanges. So, here is my initial attempt at a picture — an info-graphic really — of what the Complex Specified Information [CSI] – Functionally Specific Complex Organisation and/or Read More ›

It has become increasingly obvious that lncRNAs are functionalbut now Kristian Baker’s group has implicated them in encoding proteins, just like mRNA. As one report explains:  Read more

The fundamental unit of life is the cell and there are many different types of cells. In humans, for example, there are skin cells, muscle cells, blood cells and so forth. In all there are hundreds of different kinds of cells that need to work together in various ways. Now a recent study has investigated the different cell types in the retina of mice. The research focused on the number of cells present in the retina. That may not sound very interesting, but the results were indeed eye-opening.  Read more

In eukaryotic organisms and especially humans, large amounts of the DNA are transcribed into RNAs that never end up getting translated into proteins. This has led some to argue human DNA is mostly junk. I speculate otherwise. The supposed junk DNA that transcribes to supposed junk RNA is not junk at all. I recently discovered that RNA is an excellent chemical basis for molecular level sensing, logic, computation and communication. Because of these facts I speculate RNAs are important in navigation, organization, computation and processing of information in the eukaryotic cell. I contrast my view with that Darwinist Steve Matheson who debated Stephen Meyer regarding claims in Meyer’s book, Signature in the Cell. Matheson had a dismissive view of DNAs Read More ›