Prison
I ask at times, “What makes a prison?” A prison is not four walls with a
door that someone else holds the key for.
Prison is exile. It is a means of requireing someone who has been
convicted of a crime of doing penance for that crime. In the U.S. legal
system, we use buildings or structures of some sort to take one of these
people and separate them from what we think of as our society. We put
these people there with the thought that by doing so, we make it safe
for other people to live their lives without fear.
As an observation, the system has some serious flaws, though we keep on
using it. I’m not going to try to suggest that we can correct that here
though. No, this is a story about a prison, and someone discovering that
it is not the place, but the person.
–
Don’t ask me how I got here. It was supposed to be a joke. No property
was lost, or people killed or maimed. No animals were injured. But then
we all say that. Even if it’s true.
When you first get here the first thing you notice is the wall. It isn’t
exactly featureless. There are grooves every 3 meters or so. And it has
that marbled look you might see on some counter tops, or the ‘stone’
like stalls in some public restrooms. Corean or something like that. It
looks a bit like Marble, but at the same time you know that it is not a
naturally occuring metamorphic rock.
About the only strange thing is that you are asked to let people know
when you like a particular segment of wall. It’s going to be ‘yours’
people say. The grooves are interesting of course. They are about 1
meter across, and come to what looks like a 90 degree corner at the
bottom. That seems to carry into the floor leading out from the wall as
well.
Everyone is working on the wall, the floor, or what looks like a ledge
on top of the wall. The wall is about 10 meters tall, which is also the
distance the floor extends out from the wall. Oh, and it’s a good idea
to jump across the grooves. They are 1 meter wide, and half that deep.
Easy to twist an ankle in.
I started out working on floors. I guess you could say that I have an in
depth knowledge about them. That groove may only be half a meter deep,
but that’s on top of something far deeper. We start by making a level
surface about 5 meters below what will be the surface of the floor. For
the most part we just shovel or grade out a path abotu 15 meters out.
Next we lay down 2 meters of asphalt. Yep, gravel and tar, compacted and
set. It has a number of advantages over just a bed of gravel. First of
all it’s permiable. Meaning that if rain water, or other substances get
past the layers above, or spill out from them, it can seep into the
water table. I understand that not all that much gets back into the
water table, but then it’s humans we’re dealing with here. We never
seemed to care on earth, why should we care here?
On top of the asphalt, we end up putting in a drainage system. It’s a 20
cm thick layer of ceramic about 3 meters wide, and about a meter away
from the existing floor, in parallel with it. Every meter there’s a 30 cm
round pillar about 50 cm tall. As we’re putting it in, we put in a wall
across the drain every 20 meters that gets taken out as the top stones
are being put on the drain. The top is another 20 cm of ceramic, tiles
this time, and one tile, about a meter from where the cross wall was has
a slot in it, about 10 centemeters by 40 cm. The rest of this layer is
filled in with asphalt as well, to be level with the top of the drain.
Next they pour the floor. 2 and a half meters of what looks like plastic
as it is being poured in, but which cures almost as hard as diamond.
Having worked on it, I know how many people step on every square
dicimeter of it. how much heavy equipment rolls over it over the years.
Yet as I look at my part, it’s as smooth and scratch free as the day it
was poured.
The frames we set this stuff up in are a bit interesting. When they are
laying on the asphalt before they are set up, it looks like a square
wave, with a leading 45 degree bevel. There really are four ‘forms.
The first one to get put in is the drain form. It looks a bit like a
funnel. There’s a bit of a ledge or lip on one side, and the bottom fits
cleanly to the slot in the top of the drain. I suppose that’s a good
thing. If any of what they pour for a floor next were to start filling
the drain we put in earlier, I guess it wouldn’t be much of a drain. Eh?
The edge forms come next. Those are those square wave looking things.
One end actually has a complete ‘V’ in it that sits in the edge of the
floor over towards the wall. That sort of holds that part in place for
now. Two long V chanels fit along the edges of the parts of the floor
that were already poured, and the outside edge piece gets put in and
bolted to the other pieces. Part of the form fits into the square ladder
edges on the floor that was poured earlier.
After we make sure everyone is out of the forms, we pour in the mix. It
cures over night. The next day the forms get pulled, and repositioned
for the next day’s pour.
_Walls_
After a while you realize there’s more to this than the floor. One by
one, or about as many as new people show up in a day, you move on to the
wall. Or Walls.
There really are 2 walls that are built. The first wall gives you what
looks like a stall. 10 meters deep, 2 meters wide. The wall itself is a
meter thick. They lay out a sheet of smooth plastic that can support a
person, even over those grooves in the floor. Well, actually that’s in
part because they have filled in the groves where you work on the wall
segments for additional support. Not that the stuff really needs all
that much support. 20 people can move the wall segment that’s 10 meters
by 10 meters, by a meter thick. It’s solid stuff, but not as dense as
you might think. Really it doesn’t need to be.
For this pour the forms are just ‘V’s that get arranged in a square,
with the ‘edge’ of the ‘V’ to the outside. There’s a bead that the edges
of the form rest against that the plastic fits around so that the wall
material doesn’t flow out from under the forms. It seems to work well
enough I guess. We never had a problem with sections adhearing to the
floor or anything under it anyway. So you lay all this out, fasten it
all together, and along comes the mix and it fills the form.
I never figured out how they knew how much to mix up. I mean, OK, it’s
not like they have to be right down to the liter. And the forms all end
up with the same volume for the part they are working on, regardless of
where it ends up, but I’ve never seen them over fill a form. Zero
spillage. I know some people back on earth who would like that kind of a
set of tollerances.
The wall segment cures overnight, and after breakfast the next morning
the crew of 40 go to work. First we pop off the forms. Then ten of us
per edge come along and set the segment next to the old wall, with one
edge about 3 meters from yesterday’s wall segment. 10 of us practically
sit on this edge, while 20 of us get along the far edge, and start
lifting.
The remaining 10 people are standing in what will become the stall,
interspersed with the sitting people, and ready to keep the wall from
toppling against yesterday’s segment. That’s happened a few times, and
while nothing gets damaged of course, it’s a bit of an annoyance as you
have to go back and check the alignment of that segment again.
Once the segment is vertical, everone takes these suction cup things,
sets them where they can get a good grip, and we fit the edge that is up
against the long wall, into the groove there.
I understand that over the next few weeks the material bonds to the old
stuff, and not even a thousand strong men could move one of the stall
dividers that’s been there for that long, though I don’t know. I never
saw that many men in one place during construction.
_Roof_
You can’t call a place ‘Home’ unless you have a roof over your head.
Right? Well, our roof covers about half the stall. I understand it’s
designed to keep people dry in the very infrequent rain storms that we
get here. Of course these roofs do a bit more. They are also the piping
system for the water. Every stall has that drain I mentioned earlier.
And the lip of that drain is direcly under an opening in the roof where
water poors constantly. Hot and cold running watter. Well, depending on
the time of day, and the day of the year. The planet isn’t particularily
seasonal, but there are times when it is a bit warmer, and other times
cooler. It never really gets cold here, though I suppose that if we had
to experience the wind we saw on stormy days when I worked on the
construction team, I might think a bit differently.
The roof extends over the stall about 4 meters from the older wall. It
has those grooves under it which allow it to rest on top of the walls
that were put in earlier, and there’s about a meter of overlap over the
old wall. Besides water, there is the equipment for delivering food to
each stall. That happens on the other side of the stall from the water
delivery system. Just a narrow slot in the roof, and you want to be near
the slot when the food is delivered. The containers are water soluable,
and will be protected from the elements, and can withstand the drop to
the floor. 10 meters that it may be, but it’s not a lot of food, and
well, it’s good to eat.
I’m not sure where the food comes from. or the water for that matter.
They would need a huge pump to deliver as much as I see every day to all
of the stalls, but somehow they do it. When I was working on the roof, I
saw mountains off towards where the sun sets, but nothing but scrub
grass anywhere away from the wall.
If you look down the wall, you see that even though it seems straight,
it bends just a bit to the left as you look south, and a bit to the
right as you look to the north. There are stories the old timers on the
crew tell about how the people who were on the crew when they started
would talk about even earlier crews talking about how the wall is one
long spiral. They say it’s been being built since the planet was
commissioned, with one central cylinder about a thousand meters across.
I don’t know. That was centuries before I got here. And yes I told some
of those stories too.
As you put in one of these roof components, you finally get to decide
which stall will be yours. Actually you may have decided that some time
ago. But now you have to commit. Once you do, you are asked to step into
the foreman’s trailer. Depending upon how long you’ve been working on
the crews, you get a different collection of packages to choose from.
Oh, no diamond encrusted, furniture, or tools, but if you are handy with
tools, you might get some tools to work with. Of course that does imply
that you’ve been working.
Every once in a while one of the new arrivals doesn’t work out well.
Starts crying, or trying to get people to not work, or picking fights.
Well, ok, everyone does some crying. After all, back home your family
has already had your funeral. Presuming you had a family to begin with.
In any case, every once in a while one of these people shows up who it
turns out is more trouble than help. After about 2 weeks, he’s sent to
the next group, and so on. Ultimately he passes the group where you get
to select your packages, but he never get’s that opportunity. A couple
of weeks later he’s gone.
Oh, I suppose he Could be in the next stall over, but I doubt it. We
make more stalls than there are of us cycling through this process. From
what I can tell it’s about 20 stalls per person at this point. I’m not
really sure why we make that many. Well, I suppose the planet’s name
might have something to do with it. It’s not like we’ll be able to work
on things with each other.
_Cell_
After we select our package, we get to work on the final portion of the
stall. The outside walls. This one is a little bit different fromt the
others. First of all there are grooves that end up on this wall running
from top to bottom. It’s also 2 meters thick rather than the 1 meter
thick that the side walls were. The grooves are used for bringing in
your packages, and any raw materials you need for your craft, and taking
out any product you create. If you would rather have books to read, or
stuff to study, all of that gets handled by the equipment that makes use
of the grooves. Lastly there’s a bit of a lip on one side that you
discover is to hook it over one of the inside walls to fix it in place
until they get the row of roof on the next row of stalls.
All along you’ve been building our cells. And yes there are some people
on the crews who never figure that out. Most of us know by the time we
get to working on the drain crew. If we didn’t know already. I suspect
that reason most people might take some time to figure out what’s going
on is that at one level or another, we all volunteered for this. Some
because it’s the legal system’s resolution for what we did, and we did
it any way. Others because they thought they were coming here to ‘help
out’ the less fortunate. I gather that some of these people end up in
the foreman’s jobs, but from what I saw, even those people got replaced
every year or so. And, well, none of them seemed to be looking forward
to going home or even talked about where they were from.
I think they knew better.
I never became a foreman. Several reasons I suppose, but the biggest
would have to be that I learned before I even came here that while I can
work well with others, I’m not a great leader. Abismal even.
Yeah, it was supposed to be a joke. Might even have been sarcasm
involved. Oh, someone did get hurt. Though I had nothing to do with it.
I was asked if I would stand in a lineup with some suspects, sort of the
control subject if you will. I said “Sure, why not?” Then the victim’s
family ‘fingered’ me, and before I knew it I was before a judge. I was
kind of down at that point and muttered ‘Yeah right, send me to
Solitary.’ Or so my attourny says that’s what the judge heard.
He obliged. And here I am. And will spend the rest of my life.
Personally, I think I would rather be playing Klondike. Perhaps even
Freecell. But this is no card game.
I’m on, and in, Solitary.