Design inference
At Evolution News: Codes are not products of physics
SETI is really one big fat design inference
Moths evade bats using acoustic camouflage on their wings
The CORRECT way to understand the mysterious Utah monolith
Darwin’s notebooks apparently stolen – But wait!
Sometimes it’s hard for researchers to avoid talking about design in nature
Penguin math is very precise
ENCODE hints at MORE functional DNA
An example of interwoven protein code (HT, Wiki!)
Here, in human mitochondrial DNA — note the BLUE code start and the RED code stop; all HT to Wiki publishing against known ideological interest: Complex interwoven code is of course doubly functionally specific, so it is exponentially harder to account for, other than by exceedingly sophisticated and creative intelligently directed configuration. Indeed, when I had to write machine code, I thanked my lucky stars 2114’s and 2716’s were by then affordable RAM and EPROM chips, and proceeded from there. (BTW, a neighbour who was an engineer in an earlier era spoke of how people flew across North America just to see 1 MB of live RAM, in a video memory, a million dollar cost in itself.) We know v Read More ›
L&FP39: How the folded structure (and then the “loading”) of tRNA corrects attempts to reduce protein synthesis to “mere” chemistry
One of the more astonishing rhetorical gambits of objectors to the design inference is to try to suggest that the alphanumeric, code-using, algorithmic information system we see in the D/RNA of the living cell and linked protein synthesis is not really an information system, it all reduces to chemical reaction trains. A common associated gambit is to assert that terms like “code” etc are all readily dismissible analogies. As a first reminder, protein synthesis as graphically summarised: Of course, it never hurts to remind such objectors of p. 5 of Sir Francis Crick’s $6 million, March 19, 1953 letter to his son, Michael: Notice, his belief right from the outset of discovering the double-helix stricture: “. . . D.N.A. is Read More ›
A note on layer-cake communication systems and protocols
There is a live exchange on the molecular nanotech communication systems in the cell that is trying to reduce them to Chemistry; where a chemical reaction is a physical process. Accordingly, I beg to remind one and all regarding layered communication systems and protocols: This is an elaboration of the general communication system: Here is how Yockey summarised it: Where, the standard genetic code [one of about two dozen dialects] reads like: The double helix: As was noted by Crick, right from the outset: In context: Now, we can see for ourselves just how desperate objectors to the design inference must be in the face of the point that D/RNA expresses a string data structure carrying a prong-height-based alphanumeric, 4 Read More ›