oh brother
And how can you have a CODE (The Consequent), when it takes Intelligent Agency as the "Necessary Condition" (Antecedent) for it to EXIST in the first place, pray tell?
regards
I don't agree with you that the Intelligent Agency is a Necessary condition for a Code to exist. I never agreed with you on that. That is what we are discussing.
You don't think that an unguided process can create the genetic code. I don't think a guided process can create the genetic code from scratch either because every intelligent being who could guide the process already have a genetic code.
First you claimed that the DNA to protein correlation is a code. Your hypothesis is that an Intelligent Agency is necessary for a code to exist. You did not cite any observations to justify your hypothesis.
You can't falsify a hypothesis by repeating its converse or inverse! You can falsify it by giving a counter example.
I admit that the DNA to protein correlation is often referred to as a code. However, this is equivocation since it is not the same type of code found in computers or human communication.
However, I don't know how live first started. I am not sure where the genetic code originated. Or at least I don't know the exact details. However, I can still falsify your assumption that an unguided process can't 'make' information. Maybe they should call it a correlation instead of a code. It is not a code in the way you mean code.
The DNA to protein correlation is performed by many organisms with no intelligence at all. On the other hand, there are NO intelligent designers without a structure to translate such a code.
The observations are that the DNA to protein correlation is translated by the cell even in organisms that have no intelligence. Here are some examples.
Nonintelligent organisms use the DNA to protein correlation. There are no organisms, even intelliget ones, that don't make the code. Therefore, I propose that there are no intelligent organisms that don't already have the DNA to protein correlation. So if there were no intelligent organisms before the correlation was started, then the correlation had to be started by an unguided process.
A living sponge has cells containing DNA, which is translated to RNA while the sponge is alive. The sponge has ribosomes to translate RNA to protein sequences, and enzymes to translate from DNA to RNA.
How about a bacterial cell? No intelligence there. Yet, a new bacterial genome is duplicated at every mitosis event. The information is copied, hence new information is made. The information may be in different cells. However, the information is made without any intelligent process.
Is this a code? There is no intelligent entity directly involved right now. I don't think this is the type of code that needs an intelligent designer.
Calling this a code in the sense of digital information is equivocation. The correlation is digital in the sense of having discrete chunks. However, the growth of such programs is not really a design process.
The signaling of the DNA code does not come from or go to an intelligent entity. It goes from one inanimate molecule to another inanimate molecule through a ribosome which itself is not intelligent. So this is not a code in the sense that you are talking about it.
I do not know how the first living cell formed. I was not there and neither do you. However, I have several examples of a genome increasing in size with functional genes. This is sufficient to explode you hypothesis that information can not be increased in a system by unguided processes. I will just give one.
The dinoflagellate is one of my favorite examples of acquired information because it has a genome that can grow. Now, the dinoflagellate doesn't have a brain. However, it eats bacteria and randomly acquires genes from that bacteria. Sometimes, the dinoflagellate dies after incorporating a bacterial gene. Sometimes, the dinoflagellate lives. Now, I can't be sure how long this has been going on. However, some dinoflagellate species have a genome that is about 80 times as large as a human genome.
Incorporating part of someone else's genome is a type of mutation. I think they sometimes call this type of de nova mutation transformation. Somehow, transformation has resulted in a genome with more information than before. Further, the dinoflagellate acquires the ability to morph into different forms by incorporating these genes. A dinoflagellate by turning genes on and off can morph into a large number of forms.
These genes are functional when they help the dinoflagellate cell to survive. If they make the dinoflagellate die, they are removed from the dinoflagellate population. The dinoflagellate cells also have sex with each other, so that the genes get swapped between dinoflagellates. There has been no observation of an intelligent entity telling the dinoflagellate when to eat certain bacteria and when to have sex.
Most of the genome of the dinoflagellate was not designed. The genetic code of the dinoflagellates DNA was acquired by eating bacteria and other dinoflagellates. Our unicellular organisms probably did the same. That is why the our genome is so complicated. Natural selection explains why a small fraction of this genome is functional.
The mutation did not really make information. It concentrated information. Information was made when the bacterial cells reproduced. When new bacterial cells were made, information was made without the direct intervention of an intelligent entity. The dinoflagellate cell only concentrated the information from bacterial cells that it ate.
The ability to incorporate bacterial genes is documented in extant dinoflagellates. The incorporation of even one gene by a dinoflagellate violates your hypothesis. There is a hypothesis that the huge genomes was acquired by a series of such events.
An dinoflagellate cell has a genome made of DNA. The DNA sequence is translated to protein all through the dinoflagellates life. Notice that some dinoflagellate cell have a genome about 80 times as long as the genome of a human cell. The genome in a dinoflagellate often grows when the dinoflagellate eats bacteria. The dinoflagellate will incorporate bacterial DNA into its own genome.
So note that the dinoflagellate genome grows by a random process subject to natural selection. The choices made do not require thought. When the dinoflagellate can eat a bacterium, or the dead parts of a bacterium, it does. Sometimes a part of a bacterial gene is incorporated. Then the bacterium either lives or dies. If the incorporated gene is useful, the descendants of the dinoflagellate cell thrive.
So here is an example where the genome of an organism has acquired information without any intelligent design. Dinoflagellates have evolved numerous species with multiple cell types by a series of de nova mutations.
My speculation that you are computer programer was based on your insistence that information exists independent of the matrix that holds it. Many programers seem to see only their programs an not the matter that holds the programs. They live in imaginary worlds simulated by their programs with no knowledge of the physical world they live in.
You said you were the opposite of a computer programmer. So are you a computer deprogrammer? Are you a computer program? Maybe you recycle computers? You are a computer wrecker?
Maybe you are a TV programer! You work for Direct TV! Or maybe a Settler. You settle for illogical arguments!
At any case, you are not a scientist!
!
