Quote:
Original post by jColton
Edit: Oh, and why do you want to know why there must be a why? [grin]
I see constantly asking "why" as a product of our thought-processes, and one that ideally should not be necessary.
As far as I can tell, we are used to thinking of things in terms of cause and effect, so when we see an effect we assume that there must be a cause. By asking "why" we are asking what the cause of an effect is. Of course, because of this asking "why" helps add to knowledge, especially in a scientific context which relies on just this principle, removing the filter that is our senses, biases, etc. and trying to determine empirically what mechanism is at work.
The point where this breaks down is when we try to look for an "original cause". As an analogy, consider a linked list: every node has a reference to the next node, and if it's a doublely-linked list it'll have a reference to the previous one, as well. Let's label a "node" an "event", say a man falling and landing on the ground beside you. That's an event.
Now, having seeing this, we look for a cause, assuming that the event is an effect of that cause. We reason that the man has fallen off the building beside us. Someone pushed him off, or he jumped off himself.
Say he jumped off; this would be a different event, one that leads to the next one, him dying on the pavement beside you. The two are in a casual relationship; the event of the man jumping has a "reference" to the next event, which is him falling and dying on the pavement beside you. Likewise, by our way of thinking, him dying on the pavement beside you has a "reference" to the previous (casual) event, which is him jumping. Devoid of these references, all we would have is a bunch of disconnected events, which is not appealing to our general way of thinking.
But, assuming we consider events as being nodes in a doubly-linked list like this (every event has a cause and every cause has an effect), while we can determine what the "first" event was (theoretically), we cannot determine what the
cause of that effect was, because that "node"'s reference to the previous "node" is null or undefined. If you are iterating through a linked list in reverse and you try to access the "-1th element", your program will either throw an exception/generate an error, outright crash, or cause undefined behavior, correct?
So really, asking "why the universe is here" and other such questions is asking a question that we cannot answer and is in fact meaningless, because the item of data we're looking for doesn't really exist from our perspective. It's like using for a "universal signifier" in linguistics/structuralism. You're never going to find it, because as far as we can tell it doesn't exist.
So, my question (rhetorical, of course) is: why bother searching for something that we're never going to find?
Wow, that was longer than I thought and I think I rambled a bit, but I've been wanting to articulate that for a while and hopefully that should make my perspective clear. :)
edit: whoops, part of my post was in the wrong place. Apparently my nodes are scrambled. :P
[Edited by - Oberon_Command on March 9, 2009 3:10:41 PM]