Has to involve an intelligent agency???

Are you sure that this is "conventional evolutionary theory"?
And who is your mysterious mathematician?
I am talking about the differences between intelligently driven technological development, and emeergent natural-selection that drives evolution. The difference is that one has intelligent input and requires intelligent input (technological development) and another doesn't.
How is it creationist to point out that evolution requires self-replication for natural selection to work. Without self-replication the selection is arbitary, and
that arbitary selection criteria would have to be chosen by an intelligent agency.
it is such a tenet of conventional evolutionary theory that it is hard to find explicit papers referring to this, just as it is hard to find references to accepted facts in textbooks as "everyone knows".
Here is one from the UK's
Medical research Council:
A critical event in the origin of life is thought to be the emergence of a molecule capable of self-replication as well as mutation, and hence evolution towards more efficient replication.
In fact it seems more commonly talked about in the fields of artificial life:
Von Neumann, is the mathematician I was talking about.
Here is an informatics course module from Indiana University.
5.2 Open-ended emergent evolution and natural selection
Perhaps the most important consequence of the requirement of memory-based descriptions in Von Neumann's self-reproduction scheme is its opening the possibility for open-ended emergent evolution. As Von Neumann [1966] discussed, if the description of the self-reproducing automata is changed (mutated), in a way as to not affect the basic functioning of (A + B + C) _ that is, if the semantic closure in not destroyed _ then, the new automaton (A + B + C)` will be slightly different from its parent. Von Neumann used a new automaton D to be included in the self-replicating organism, whose function does not disturb the basic performance of (A + B + C); if there is a mutation in the D part of the description, say D`, then the system (A + B + C + D) + PHI(A + B + C + D`) will produce (A + B + C + D`) + PHI(A + B + C + D`). Von Neumann [1966, page 86] further proposed that non-trivial self-reproduction should include this "ability to undergo inheritable mutations as well as the ability to make another organism like the original", to distinguish it from "naive" self-reproduction like growing crystals.
I ask because your posts routinely give mixed messages. For example, look no further than your recent obfuscation:
There is nothing wrong in seeing the work of intelligence in systems that were designed using intelligence
- one that implies that your are an IDiot
Of course an omniscient designer could have done all these, but why? And what designed the Designer?
- one that implies that you subscibe to the theory of evolution
And you can't have foot in both camps and pretend to have any credibility
Looking at a jumbbo jet, I feel confident in saying it couldn't have evolved.
For one thing I see no means or reproduction. I also feel happy suggesting that
that is a result of design by an intelligent agency.
Looking at a non GMO mouse, I see signatures that are typical of evolution, not of design. Evolution is the only creditible theory that explains the origin of mice.
Back to the GFP mouse
4
700=2.7669029702758120146491942186875 x10
421
That is a big number.
However there are 2.5 billion odd sites available per mouse genome so divide that by 2.5x10
9 and say ten billion mice so divide by another 10x10
9
so approximating the first number to 2.5x10
421 and dividing by 2.5x10
19 that leaves a probability of this particular jellyfish sequence arising by chance in a mouse genome at about 1 in 10
401 per generation.
The universe is only 14 billion years old. So we can multiply by 14 billion years by 5 generations per year to reduce the odds to say 1:10
392 over the life of the universe (and that is being generous as life on earth is younger thatn 4.5 billion years.
There
is no practical chance that a fluorescent mouse could have evolved with the same GFP gene sequense as a jellyfish. That does not affect the theory of evolution because we know that it was genetically modified by an intelligent agency.