He was
talking about the workings of what he called a primitive principle known as the
universality of quanta.
Well, it
might be primitive to him, but it's way above my fire-make place, as they say
in Afrikaans.
Nevertheless
it reminded me of a remark I overheard at a dockside once long ago. A yacht had
just arrived in port after taking a long, bad beating in a storm at sea. She
was a beautiful wooden cruising sloop, 37 feet long, with the long graceful
ends and short waterline of the CCA era. She was, in fact, Francis S. Kinney's
lovely Pipe Dream design made famous
in Skene's Elements of Yacht Design.
Her skipper,
Dave Alexander, had just stepped ashore to make fast her mooring lines. He
looked bleary-eyed and exhausted after days and nights without adequate sleep.
A friend walked along the dock, greeted him, took a quick look at the battered boat
and said: "Wow, how many systems are still working?"
Until that
moment I had never imagined a sailboat as having "systems." But I
gave it some thought and concluded tentatively that the man was right. There
was a steering system, a communications system, a cooking system, an anchoring
system, two separate systems for propulsion (sail and power), a system for
pumping bilgewater, a system for removing human waste, and so on.
You could,
of course, break some of these systems down into smaller components. For
instance, the steering system on this boat consisted of a tiller and a rudder.
The rudder, in turn, consisted of a stock and a blade. The blade, in its turn, was
probably made up of separate pieces of wood to form its whole.
Nevertheless,
as far as I could see now that I'd figured it out, none of these systems
impinged on any other. In my estimation, each was a closed system. I mean, if
the rudder failed, you'd still be able to anchor. If the mast fell down, you'd
still be able to motor. If you ran out of beer you'd still be able to radio a
Mayday.
Yet
Steinbeck indicates that all these systems affect each other. He maintains they
are separated from each other by only the smallest steps — steps that they can
take in their stride.
He is
certainly right when he says that such systems are not entirely
"closed," because that would mean they could exist and do their work
without outside help or interference. But I still don't accept that a broken
toilet affects the steering system, or a fault with the VHF affects the cooking
system. So I really don't understand what he's getting at.
I could be
misinformed, of course. Perhaps in my youthful ignorance I wrongly regarded the
whole boat as one unified system to move people from one place to another by
sea. Or, even more simply, as a unified system to bring joy and pleasure to
those who love yachts.
For all I
know, a sailboat might well be a universalitied quantum, as Steinbeck insists. Or
maybe — just maybe — Steinbeck might be wrong and I might be right. (And pigs,
the universal units of the breakfast system, might fly.)
Today's
Thought
In utter
loneliness a writer tries to explain the inexplicable.
— John
Steinbeck
Tailpiece
"Why
are you crying, my love?""Oh John, I cooked you a lovely supper and the dog ate it."
"Jeez, don't sweat it, darling. Tomorrow I'll buy you another dog."
(Drop by every Monday, Wednesday, Friday for a new Mainly about Boats column.)
3 comments:
A broken toilet can impinge on the steering system if the helmsman really has to go. Don't ask how I know this.
Generally though, I'd have to agree: a boat's various systems are effectively isolated. I think this is for two reasons:
1) For the most part, each system produces outputs that are not the inputs of any other system.
2) When the output of one system is the input to another, usually the effects of the first system are overwhelmed by the natural inputs to the second system. For example, it's okay to use the head and the watermaker in the same ocean.
Interesting thoughts, John, as always...
I'm not sure if it's true that systems really are isolated on modern boats. On the best cruising designs, yes they are, but there are so many modern boats where everything ties to a single, highly complex point of failure- the electrical bus.
On such a boat, it's quite conceivable that when the electric-flush toilet clogs up, one of its electric pumps might cause a fault that leads to interference in the wiring harness near the electric compass for the electric autopilot...
They say complex systems give you "modern conveniences". I think there are many cases where complex systems only shift the distribution of labour, rather than reducing it: instead of working things by hand when underway, you're fixing things by hand when in port.
We tend to think of systems as things outside us, but man is a part of each system.
No idea if that is what Steinbeck meant.
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