2. Poem: On Razor's Edge
Submitted by bad-gunky on Mon, 09/10/2007 - 6:32pmDenial is a fragile bitch
Can’t stand the sight of herself
I suppose that’s why these doctors
Pursue diversions
Impose faux structure and balance
With the same tired techniques<br>
Every goddamned time I try to step off the wheel
I wake up to some asshole giving me CPR
I can always trust a doctor to tackle a bad situation
And make it even worse
Then, no one reverts to dysfunctional behaviors
Because they’re effective<br>
I let the doctors imagine I’ve allowed
Their happy, clappy sentimental pap
To rent space in my head
Nod at appropriate intervals
Offer duly regurgitated bits of “insight” into my “illness”
Poor things need me to blame for the second law of thermodynamics<br>
Whether we embrace or fear it, our final moment approaches
But I elect to play an active role in my death
And they call me crazy
bG
I feel you here, been there
I feel you here, been there before, for long periods at times. But here is something I found interesting about the 2nd principle of thermodynamics. I actually didn't know what it was, so I had to look it up and this is what I found on www.secondlaw.com/two
Many philosophers and novelists learned about the second law only from physicists.
Unfortunately, physics emphasizes what happens in a closed or isolated system of tiny particles rather than in our real open-flow world of trees, shiny steel, sunshine, rocks and people, the world of sun energy and things made out of chemicals. Thus, many readers of popular philosophy articles and recent novels have been misled and frightened by talk about the second law as a fast-approaching doomsday. The writers pass too quickly over the fact that it is a tendency rather than a prediction of what will happen right away.
In many real-world chemicals and things the second law can be obstructed or hindered for millions of years. Certainly, the mountains of the world haven't all slid down to sea level in the last several hundred centuries! Similar to my fingers holding the small rock (but millions of times more tightly), even overhanging stone in cliffs or mountains is bonded, chemically bonded, to adjacent atoms in the stone and so the stone can't obey the second law tendency for it to fall to a lower level. Here, as in countless other examples, the second law is blocked by the strength of chemical bonds. It takes a huge number of repetitions of outside energy input like freezing and thawing and earthquakes and windy rainstorms to break the bonds along even a weak bond-line, make a crack, and free particles or pebbles or rocks so they can follow the second law by falling to a lower level. (But even then, they may just fall into a mile-high valley and be kept from dropping any closer to sea level; so here in a different way the second law is further hindered.)
So, tendency vs. prediction. I think that's key.
hang on, bad gunky, or trust that something is holding onto you or will catch you thousands of feet above the canyon when you do fall (seems like they already have, even if some are bastards who are bent on social control).
peace-
Amy
I feel you here, been there
I feel you here, been there before, for long periods at times. But here is something I found interesting about the 2nd principle of thermodynamics. I actually didn't know what it was, so I had to look it up and this is what I found on www.secondlaw.com/two
Many philosophers and novelists learned about the second law only from physicists.
Unfortunately, physics emphasizes what happens in a closed or isolated system of tiny particles rather than in our real open-flow world of trees, shiny steel, sunshine, rocks and people, the world of sun energy and things made out of chemicals. Thus, many readers of popular philosophy articles and recent novels have been misled and frightened by talk about the second law as a fast-approaching doomsday. The writers pass too quickly over the fact that it is a tendency rather than a prediction of what will happen right away.
In many real-world chemicals and things the second law can be obstructed or hindered for millions of years. Certainly, the mountains of the world haven't all slid down to sea level in the last several hundred centuries! Similar to my fingers holding the small rock (but millions of times more tightly), even overhanging stone in cliffs or mountains is bonded, chemically bonded, to adjacent atoms in the stone and so the stone can't obey the second law tendency for it to fall to a lower level. Here, as in countless other examples, the second law is blocked by the strength of chemical bonds. It takes a huge number of repetitions of outside energy input like freezing and thawing and earthquakes and windy rainstorms to break the bonds along even a weak bond-line, make a crack, and free particles or pebbles or rocks so they can follow the second law by falling to a lower level. (But even then, they may just fall into a mile-high valley and be kept from dropping any closer to sea level; so here in a different way the second law is further hindered.)
So, tendency vs. prediction. I think that's key.
hang on, bad gunky, or trust that something is holding onto you or will catch you thousands of feet above the canyon when you do fall (seems like they already have, even if some are bastards who are bent on social control).
peace-
Amy