Sunday, April 27, 2008
animals know so much we don't
Thursday, April 24, 2008
you look vaguely familiar
Saturday, April 19, 2008
comfortable upperwear
providing the camera lens variety
I have a new pair of shoes coming in the mail. I am not a fan of the lime green lettering, but that can be modified. when they arrive, my socks will stay dry even when I'm a pedestrian on wet sidewalks. haraa
Thursday, April 17, 2008
the snow is melting. the dirt is waking up from hibernation.
Wednesday, April 16, 2008
void matter projections
unfortunately I can’t take credit for this gem of a hypothetical idea, but I was lucky enough to be in the discussion when it came up at a party a couple months ago. like most hypothetical ideas, this one requires that an assumption be made. however, it's not a very difficult assumption to make. all you have to do is assume that the most widely held theory on the origin of the universe, the big bang, is correct.
step one: very shortly after the big bang, when the outer radius of exploding matter is relatively small, freeze time.
step two: take a break and relax if you need to. you've stopped time, so nothing is going to change in this thought experiment until you're ready to proceed.
step three: consider the claim of this hypothetical idea as outlined in the following if then statement:
if you know the initial conditions at the moment you froze time (i.e.* the location, density, and velocity (speed and direction) of all the matter) as well as how all the atoms/quarks interact with each other, then you know the future of the universe. this includes knowing when and what things will happen on earth, such as when the trees in central park will lose their leaves and where each leaf will fall on the pavement. and also larger things like the location and size of sun spots on our sun or any sun in the universe at any time. and of course you would similarly know that I would be at this moment writing about it, because the atoms in my fingertips would have to contact the atoms in the keys on my keyboard, given the initial conditions known moments after the big bang.
I like this idea because the implication of its claim is simultaneously immense and irrefutable, as far as I can make out. it's the same principle as knowing the path of a billiard ball if the magnitude and direction of the force applied to it is known, only on an almost inconceivably more complex and larger scale.
my contribution to the discussion was merely to propose that if a hypothetical supercomputer existed which had suffient computational power to account for all the interactions of matter in the universe, if it were supplied with the correct initial conditions, then it would know the future, essentially replacing the "you" in the the claim of step three with a machine.
eli adamantly opposed this proposition, stating that the supercomputer would have no way of accounting for the atoms of which it was itself composed. I, however, don't think it would be too big of a computer science problem to write some code making the computer aware of it's own existence. afterall, I have no trouble understanding that I am composed of some of the matter that was unleashed during the big bang.
*fuck, that's 2 i.e.'s in as many posts of mine!
Tuesday, April 15, 2008
"what can I help you with? what's on your mind?" "my brain."

what is shown is the groundwork for a thought in the worst case scenario. the complete thought would be formed by filling in the blanks between the variations of the word. this process is in stark contrast to the way I imagine most thoughts are formed, in a fluid, flexible, associative way. what would be happening at the neuron level to create such a restrictive thought process? would neurons that should normally be separated by some distance be clinging to each other as if by static electricity? trying to conceive of what's happening at the neuron level, in order for the same word to keep popping into mind, by imagining that the neurons are clinging to each other as if by static electricity brings me to my next point:
while the use of similes and metaphors to explain abstract concepts is obviously popular because of how much easier it makes things, I think they're overused. it's true they can lead to insights, but I think that more often they lead people astray of the abstract concept.
what better way to ridicule the use of similes and metaphors to describe abstract concepts than by using them to illustrate their own negative impacts? using a simile or metaphor to describe an abstract concept is like taking a hot shower without turning on the fan, so that steam accumulates. the abstract concept you're trying to get a handle on is the reflection in the mirror, and when you exit the shower you can vaguely see the reflection, but it's blurred on account of the aforementioned stream.
if it wasn't clear, the words in bold are intended to show that I'm still afflicted by this mental ailment.
