westprog
Philosopher
- Joined
- Dec 1, 2006
- Messages
- 8,928
It's easy for me to see DNA as an algorithm.
If it's a helpful way to look at it, then do so by all means. That's what mathematical models are for.
It's easy for me to see DNA as an algorithm.
I would urge you to study biology then you might understand why genetics is only one aspect of biology and a highly overrated one at that.
Actually, I have. Two of my favorite interests over the past several years have been molecular biology and immunology.
I have worked my way through more than one edition of Lewin's text on molecular genetics and molecular biology, starting with the fifth edition, Genes V.
I have also read Immunobiology by Janeway, Travers, Walport, and Shlomchik. I am currently rereading this text and reading some related information pointed to by this work.
I am fascinated by many aspects of biology and shall continue to spend a fair amount of my time reading. Evolution has been a major interest of mine since I was a teenager. Neurology and brain architecture is an area that I wish to spend time on, starting in the near future.
Nothing you have posted suggests to me that you have any more knowledge of biology than you do of computer science.
ETA: I don't think you have a clue what 'genetic algorithm' means.
So, because natural selection acts upon individuals, the traits of those individuals do not matter?
Seriously?
The algorithmic model might be applied to DNA, but that doesn't mean that it can't be applied to a lot of other things as well.
So if we get a computer sufficiently advanced, we can be assured of getting inaccurate information from it?
Leumas responded adequately to your sidetrack on abstract computer modeling techniques.
Reading books on molecular biology and immunology (a branch of molecular biology) does not add up to knowing biology.
What do you know about plant physiology, animal physiology, plant anatomy, comparative anatomy, plant ecology, animal behavioral ecology, microbial ecology, soil ecology, conservation ecology. To name a few very important branches of biology.
I have degrees in Zoology, Botany, Soil Science and Horticulture.
I own and run a company that manufactures microbes for commercial applications.
I consult in agriculture.
I work everyday with biology.
You read a few books in an abstract branch of biology and suddenly your an expert.
I thought your attitude amusing once.
It is becoming tedious now and simply displays a lot of baggage.
You read a few books in an abstract branch of biology and suddenly your an expert.
Natural selection applies to organisms not DNA nor brains. An organism being the smallest unit of a species which can reproduce and interact with its environment.
I found that by answering the question yes or no, I was making a category error.
I'm saying that there is no physical definition of computation.
[...]
Hence, I'm claiming that unless a physical definition of computation is provided, it's not possible to claim that it produces a physical effect.
Can we evaluate our impulses to select which ones to reinforce and which to disregard?
We do - but what do you think those evaluations are based on? why do you select one rather than another?
I don't need a mate for reproduction but I might want one for companionship; therefore I might be motivated to stop eating potato chips and clean the house to be seen as a more desirable mate. Or, I can just want to watch my weight and enjoy the clean house in order to adapt to the circumstances of my own individual life. I don't think other animals do this.
You don't think other animals do what?
Spruce up themselves and their things to attract mates?
They sure as hell do.
I don't think they hold in mind the fact that they are no longer fertile, while still valuing mating behavior enough to act as if they still are.
That could be explained in evolutionary terms by the fact that the men are still fertile and are attracted to the most fertile-seeming mate they can get. Or it could be that mating behavior confers sufficient benefit to individuals as to be reinforcing even in the knowledge that it will produce no offspring. The difference is humans can "consciously" know this yet still mate. Could another animal do so?
Or... sex with someone else can be fun, comforting, and a way of connecting - not to mention habit.
If you're talking about an evolutionary context, the only thing that is important is that the individuals that are fertile do have sex. Given that the act was done, an individual can spring forth--so what does it matter why the act was done?Yes, "reinforcing." But do other animals have sex for fun knowing it won't make new critters? More to the point, is it in their capacity to know that?
Qualitative difference? Quantitative? I don't know.
It wouldn't surprise me if certain apes 'consciously' know that mating is a way to maintain status or alliances, etc., without reproductive intent.The difference is humans can "consciously" know this yet still mate. Could another animal do so?
Yes, "reinforcing." But do other animals have sex for fun knowing it won't make new critters? More to the point, is it in their capacity to know that?
Qualitative difference? Quantitative? I don't know.
... Consciousness is an evolved trait,
I've never understood why it would have evolved but the "why" may be irrelevant, if it's a mere byproduct of more neural activity.