Dr. Watson said:
Aggie4Life02 said:
Dr. Watson said:
Aggie4Life02 said:
Dr. Watson said:
Aggie4Life02 said:
dargscisyhp said:
Aggie4Life02 said:
dargscisyhp said:
Aggie4Life02 said:
It's akin to randomly changing an operating systems binary code and thinking that eventually you will get a new application, such as a word processor or an image editor.
This is a bad analogy. The central feature of Darwinian evolution is natural selection. There is no analogue for selection here.
Sure there is. With each iteration of computer code, the non-functioning operating systems would be cast aside.
This still doesn't select for new applications. All this does is select for stable versions of the operating system. Applications have nothing to do with that.
Which is what natural selection would do. Natural selection doesn't select for new applications, only survivability.
That's not what selection does. Survivability is only one aspect. And new applications can emerge from selective pressure.
No, but even if that were true, natural selection doesn't select for that. It only selects for survivability.
Selection is not only choosing for survivability. If that were true we'd all be Tardigrades. Selection is interested in reproduction, in expansion, in filling a niche, etc, not mere survival. Sexual displays are a product of natural selection. Eating habits, behavior, parenting, group dynamics, etc, are all impacted by selective pressures. And that often means using existing structures in novel ways that then gets selected for.
You are treating selection as if it's an intelligent angent. It's not. Fitness is nothing more than a tautology. Whatever survives survives. Whatever reproduces reproduces. It's a passive process, thus it doesn't do anything other than what happens.
No, I'm treating selection as a multifaceted dynamic in a dynamic world. You're treating it as a dumbly reductive process.
It's not multifaceted or dynamic. It's 100% passive.
Let's do a thought experiment to eliminate your objection.
Take an operating system such as Windows. Copy the computer code using a copying device that is 99.9% accurate, but randomly changes a 1 to a 0 or visa versa, or randomly duplicates a string of sequences in the code.
For round 1 do this 100,000 separate times. Load each of the new 100,000 copies and pass those O.S.'s that boot onto the next round. Eliminate those that do no boot.
Repeat this on each new successfully booting copy 100,000 new times, thus creating the 2nd generation of copies. Eliminate those copies that won't boot, and pass those that do on to the 3rd iteration.
How many generations and multiples of hundreds of thousands of copies will it take for 1, JUST 1, of those bootable operating systems to develop 1 new functioning application that wasn't there in the original operating system.
There is no need to worry about selection in this case since every single copy and iteration can be examined into perpetuity.