Well, the average animal or plant cell has about 100 trillion atoms which makes a single cell more complex than even the most complex supercomputer.ken_sylvania wrote: ↑Thu Dec 14, 2023 3:42 pmIs AI less complex than the basic building blocks that supposedly combined by chance to create the first single cell?Ken wrote: ↑Thu Dec 14, 2023 3:14 pmYes but AI is still less complex than a single typical cell. So AI has a long ways to go before equaling the natural world. And when it gets to that point, AI will most certainly be able to evolve on its own without human guidance. The guiding forces will be different and won't be natural selection. But they will be there. AI will optimize computation speed, or energy efficiency, or evolve in response to other pressures. But it won't be random. And neither is evolution.ken_sylvania wrote: ↑Thu Dec 14, 2023 3:06 pm
And which, interestingly enough, was coded by intelligent design. Never in a million years would GM-NAA I/O have turned into AI if all of the changes had to be randomly generated and then selected because they were more suitable for conditions.
As for the early process of evolution. That is definitely not my area of expertise. But the typical geological time scale has the first very simple life forms emerging about 3.8 billion years ago and then for 3 billion years slowly gaining more complexity until the first multi-cellular animals emerged about 700 million years ago. So the process you are talking about took 3 billion years. That is an unfathomable length of time, especially for single-celled organisms that can reproduce in hours.
But it is also incorrect to think of it as a random process. Genetic variety is produced by random processes (mutations) but evolution by natural selection is not a random process. It is very much not random.