cyborg
deus ex machina
- Joined
- Aug 12, 2005
- Messages
- 4,981
I believe that's what cyborg and the crew are denying.
Your beliefs and $10 will buy a cheap whore.
I believe that's what cyborg and the crew are denying.
Actually, I do understand that complex systems can arise without intelligent agency. However, complex systems don't always arise in the aforementioned way. Technological development is an example of a process where intelligent agency is often involved. That is the flaw in the analogy in the OP: there is no analog for intelligent agency of technological development in biological evolution, because biological evolution lacks intelligent agency.
... $10 will buy a cheap whore.
Given the right conditions and all other elements in the right order, eventualy intelligence WILL arise. It's happened at least once. Right here on Earth.
I know you Americans never leave your country so I will allow your ignorance of how little money it requires to hire a woman's services in certain parts of the world for dollars pass.
But once intelligence evolves, it can effect the processing of information within a system in fundamental ways that I have already discussed at great length. The effect that intelligence has on how the information is processed makes systems that involve intelligence fundamentally different from those that don't.
I understand that the supporters of the analogy want to say that "all that matters to the analogy is that the survival, transformation and transmission of this information, because that's the point of the analogy". However, that's like saying that all that matters when comparing a square to a triangle is that both are convex polygons and that a square is really a four-sided triangle and a triangle a three-sided square.
10 dollars in Bangkok will get you a women for a week. You have to feed her as well though.I know you Americans never leave your country so I will allow your ignorance of how little money it requires to hire a woman's services in certain parts of the world for dollars pass.
10 dollars in Bangkok will get you a women for a week. You have to feed her as well though.![]()
It is more like saying. "One doesn't need intelligence for complexity to arise, this is just like engineering if you ignored the fact that it does need intelligence"
What is? This makes absolutely no sense to me.
What is? This makes absolutely no sense to me.
Articulett, are you saying that technical development is more like Darwinian evolution than Lamarckian evolution?
I hope that you do understand the difference between the two theories.
"Theoretically, any possible algorithm can evolve," said Ofria, the creator of the Avida system. "In fact, in each experiment, the population proceeds along a new evolutionary pathway."
Oh... Mijo and Jimbob... not to beat a dead horse but scientists say "evolution is NOT random" http://www.sciencedaily.com/releases/2008/01/080118134531.htm
When the researchers measured changes in 40 defined characteristics of the nematodes’ sexual organs (including cell division patterns and the formation of specific cells), they found that most were uniform in direction, with the main mechanism for the development favoring a natural selection of successful traits, the researchers said.
Dr. Bennett was particularly curious about how organisms adapt to different temperatures. He wondered if adapting to low temperatures meant organisms would fare worse at higher ones, a long-standing question. Working with Dr. Lenski, Dr. Bennett allowed 24 lines of E. coli to adapt to a relatively chilly 68 degrees for 2,000 generations. They then measured how quickly these cold-adapted microbes reproduced at a simmering 104 degrees.
Two-thirds of the lines did worse at high temperatures than their ancestors, experiencing the expected trade-off. “If you’re a betting person, that’s the way you’d better bet,” Dr. Bennett said. But the pattern was not universal. The bacteria that reproduced fastest in the cold did not do the worst job of breeding in the heat. A third of the cold-adapted lines did as well or better in the heat than the ancestor. Dr. Bennett and Dr. Lenski published their latest findings last month in The Proceedings of the National Academy of Sciences.
But the pattern was not universal. The bacteria that reproduced fastest in the cold did not do the worst job of breeding in the heat. A third of the cold-adapted lines did as well or better in the heat than the ancestor.
When the phenotype is the genotype there is no difference - I explained this before.