blazedaces said:
Seriously dude, you're so full of **** it's getting on my nerves. Did you even read the post I made trying to explain to you the second law of thermodynamics? How on earth can you be preaching this nonsense, but as soon as it doesn't go your way a "program" goes around it? The second law of thermodynamics applies to all situations under all circumstances. Every process, including biological ones follow the second law of thermodynamics. You're applying the law completely wrong and you still don't understand what it means.
Why is it you still can't explain why water and oil seperate? Is there a program hidden there too?
Having a first cause violates causality. Either causality applies to all things or it doesn't apply at all. There need not be a first cause.
No, things didn't suddenly "not go my way" or whatever. Did you read the article I've been posting about? It's right here.
http://www.trueorigin.org/steiger.asp
The sun argument is in that article, and I have known about it before I entered this debate. I didn't randomly pull out this program thing to go around the sun argument, it has been in the article the whole time. Let me try and explain why things didn't stop going my way when whoever brought up the sun argument did.
First of all, let me try to summarize what is going on here. I said that non-intelligent, lifeless matter turning into life requires an open system, and was rebuttled with more or less, this argument: "The sun provides energy to the earth, therefore making it an open system." You seem to think that this is where things stopped going my way, and I said that in desperation (correct me if I'm wrong). No, as I said before, I have already known about this, and it's addressed in the article.
Let me try to explain the whole open system vs. closed system thing. First, keep in mind that nothing is fully considered a closed system in all aspects, save for the universe itself. So when you say something is a closed system, you're saying it's relatively closed to whatever you're referring to. I think that was about the worst explanation I've ever given, so let me try to give an example.
Alright, you've got a regular old room with a window, and a ceiling that leaks. Inside the room, there are two objects. We'll say they are (this is just an example) a flower seed planted in a flower pot, and a Gamecube. Now we leave the room to itself, and see how Thermodynamics applies, and see how much these tend towards chaos/randomness/disorder/disorganiseness or whatever you want to say.
Alright, in the flower seed's perspective, this is NOT a closed system. Sunlight can get into the room, and water can leak from the ceiling and land in the flower pot. 2LoT doesn't fully apply anymore, because the sunlight and water are outside sources that are helping the seed grow. So I think it's safe to say that the flower seed has enough resources to be considered in an open system. (I know, this is a bad example, but as long as you get the point.)
From the Gamecube's perspective, you can say that it is in a closed system, regarding it's condition. If the Gamecube was in a theoritically fully closed system, it would still tend to get more disorderly and stuff, just simply from aging. In this room, there's no way it can get in better condition. The main outside sources, sun and water, can only speed up the process of its destruction.
So the reason I said the situation of life from nonlife is a closed system, is because it is going to require more than raw energy from the sun. Technically, you could say that it is still an open system because of the sun, just like you could with the Gamecube. It just depends on how you look at it, and I understand your misunderstanding.
So in conclusion, I say, "it needs to be an open system." You say, "It is. The sun gives energy."
I say,
relatively (I should have said this before, it probably would have made things more clear) speaking, it needs more than sunlight to be considered an open system. Here's the quote I used.
The apparent increase in organized complexity (i.e., decrease in entropy) found in biological systems requires two additional factors besides an open system and an available energy supply. These are:
1. a “program” (information) to direct the growth in organized complexity
2. a mechanism for storing and converting the incoming energy.
This can be confusing, because in this, he is saying "in a technically open system (not relatively speaking), it also requires these two items for an increase in complexity." It was my mistake for not clarifying this earlier, and sort of taking this quote out of context. I apologize, and I hope this helps clean things up.