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The Official Perfection KOs Creationism Thread Part Four: The Genesis of Ire!

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You have probably already answered this, but what about at the very beginning? At the very moment of the Big Bang? All that energy and mass had to come from somewhere. Is it not possible that there could have been a divine spark?

And to continue in that vain, what of the very first cell? Life from life, and all that stuff. I know that Chemevolution can answer how they formed, but how did they become alive? Because you cannot deny the fact that there is a large difference between a mass of organic molecules and a functioning cell.

Sorry- I cannot read three large threads and then 34 more pages.
 
You have probably already answered this, but what about at the very beginning? At the very moment of the Big Bang? All that energy and mass had to come from somewhere. Is it not possible that there could have been a divine spark?

Sorry- I cannot read three large threads and then 34 more pages.

Evolution has nothing to do with the Big Bang. As well, this topic has nothing to do with the validity of evolution, but of how creationism is not a valid topic of science.
 
Well, Bill, while this is about evolution, I am willing to make short stops through other sciences. What I don't want is to get into is debating the existance of God or the theological implications of science.

At the very moment of the Big Bang? All that energy and mass had to come from somewhere.
From the scientific perspective of mainstream Big Bang theory, the question of "where did all the crap come from" doesn't make too much sense. The Big Bang is the origin of the universe, there was no where or when before the Big Bang because there was no "before the Big Bang".

And to continue in that vain, what of the very first cell? Life from life, and all that stuff. I know that Chemevolution can answer how they formed, but how did they become alive? Because you cannot deny the fact that there is a large difference between a mass of organic molecules and a functioning cell.
What's the diffference between the question of "how they formed" versus "how did they become alive"? The seem to be one in the same.

Sorry- I cannot read three large threads and then 34 more pages.
That's fine, I'm not unwilling to go over things again (though usually not with the same person). Please do read the opening post though, it'll give you a good grasp of how this thread functions.
 
You have probably already answered this, but what about at the very beginning? At the very moment of the Big Bang? All that energy and mass had to come from somewhere. Is it not possible that there could have been a divine spark?
It doesn't have to have come from somewhere. But even if it had - there being a "divine spark" is not an answer to the problem; the possibility of such a thing has nothing to do with whether the energy and mass had to have come from somewhere.
 
You have probably already answered this, but what about at the very beginning? At the very moment of the Big Bang? All that energy and mass had to come from somewhere. Is it not possible that there could have been a divine spark?
Possible yes, necessary no.
And to continue in that vain, what of the very first cell? Life from life, and all that stuff. I know that Chemevolution can answer how they formed, but how did they become alive? Because you cannot deny the fact that there is a large difference between a mass of organic molecules and a functioning cell.
Sounds like you are making a dualistic assumption, I would contend that if you assemble the pieces correctly, you get life.
 
And to continue in that vain, what of the very first cell? Life from life, and all that stuff. I know that Chemevolution can answer how they formed, but how did they become alive? Because you cannot deny the fact that there is a large difference between a mass of organic molecules and a functioning cell.

According to some, RNA was where it all started. What was special about RNA and DNA is that it can do chemistry, it can snip out parts from other things and add it onto itself. So from there it grew, fast, I think.
 
Theryman said:
And to continue in that vain, what of the very first cell? Life from life, and all that stuff. I know that Chemevolution can answer how they formed, but how did they become alive? Because you cannot deny the fact that there is a large difference between a mass of organic molecules and a functioning cell.

I can and do deny there is a large difference between a mass of organic molecules and a functioning cell. Take a cell and pull it apart and you'll just find organic molecules (and some which aren't strictly speaking organic, but are definitely molecules); some very complex ones it is true, but there's nothing that special about "Life". A cell is merely a complicated mass of chemical reactions, which happens to have the ability to replicate itself, and through the quirk of evolution, very slowly adapt. By further extrapolation, all lifeforms are merely an immensely complex array of chemical reactions. Granted, the complexity is such than we are nowhere near a full understanding of how it works, let alone the ability to manufacture a macroscopic lifeform in a lab from its component molecules, but that doesn't make "life" anything special, merely a curious and illdefined effect of a specific class of chemical reactions.

The concept that there is some clear distinction between something that is "alive" and something that is "not alive" is bizarre from a chemical perspective. Life is a poorly defined property at best. Is it something which can replicate itself? No, because viruses are generally not classed as alive (though why is uncertain. Personally I think it is because it is simpler to describe a virus than a bacteria in purely chemical terms). So is it something which can replicate without a host cell, as is sometimes claimed as a reason for discounting viruses? No, as there are bacteria which can't do this, and yet are classed as "alive". Given enough time and money (quite possibly more than is available in either a lifetime or the world respectively), I see no reason why we would be unable to synthesise something currently considered "alive" from its component molecules.
 
A little off topic, but I've never understood why viruses aren't considered life forms. I think anything that can self-replicate with heritable variation ought to be considered life. I'd even include transposons in that.
 
I'm don't think they need a host to survive, just to replicate. I'm not sure that outsourcing one's replication processes to a more complex organism ought necessarily result in disqualification from the life form club. I think the critical element is heritable variation. That characteristics of one generation can be passed with some reliablilty to the next, resulting in an evolutionary lineage, is what truly distinguishes life from other complex chemical reactions.
 
TGhey need a host to survive and replicate. They can't do this by themselves, which is the general definition of life.
In that case, would Mycobacterium Leprae (leprosy bacteria) be non-living? They are functionally unculturable- the genome has degraded to a state where they require an animal host to propagate. So sayeth today's lectures.
 
Metabolism+heredity does indeed seem to be the current working definition of life.

It may interest someone to take a look at this Lovecraftian introduction to group I introns, another sort of parasitic DNA elements.
 
From the scientific perspective of mainstream Big Bang theory, the question of "where did all the crap come from" doesn't make too much sense. The Big Bang is the origin of the universe, there was no where or when before the Big Bang because there was no "before the Big Bang".
Exactly. It's like 'what is north of the north pole'? ;)
 
No it's not. The question about what happened before Big Bang is a question of origin, your question is about location.
So? The analogy still works. They're both a set of coordinates that don't exist in the framework being discussed. The fact that one deals with time and the other deals with space doesn't matter.
 
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