This is a poor analogy, and if he wants a deductive reason, his premise has two flaws:Max wrote:Does this make sense to anyone?
ekko84: It presents more questions than it answers
ekko84: For example
ekko84: What did the first thing evolve from?
ekko84: You work within a world that both posits the temporal impermanence of things and claims that everything has a cause and effect.
ekko84: That's self contradictory.
ekko84: To say that every effect has a cause, including the effect that first caused anything at all, is to exhaust your recursion stack.
ekko84: I say to you: STACK OVERFLOW!!!
ekko84: God is a stack overflow.
It was shoved into a conversation about him thinking evolution is compatible with ID.
a) The Universe appears to be infinite. On such a scale, if it is operating through some form of recursion (by his analogy), it is more appropriately considered a Turing machine. Infinite recursion is possible in such instances.
b) He uses recursion but does not consider a loop structure. This is dishonest debating at best, outright idiocy at worst.
I'm assuming he's talking about the first cause of the Universe itself, because anything less is moronic. It goes life -> DNA/RNA world -> RNA world -> PNA world -> primordial soup -> formation of Earth/moon system -> formation of Solar System -> supernova (repeat this step and previous star system steps to generate sufficient metallicity) -> formation of Milky Way (partly coincides with supernova steps) -> formation of supercluster/void structure of the Universe (the initial randomness, probably caused by quantum variation - the chance isn't on the plate, it's in the plate itself). -> formation of the singularity at the dawn of the Universe.
Now here, just because we don't know doesn't mean that nothing we know applies. There are several effects than can cause a cyclic Universe, even though the timescales of some of them are pretty extreme.
But his original data is incorrect.
Further, randomness, or rather, effective randomness, is a fundamental property of out Universe. We call it the Heisenburg uncertainty principle, and it is as undeniable as gravity or light.