"...a market economy is essentially a genetic algorithm for solving resource allocation problems..."
- Charles Stross
Space Laboratory
A specialized space station, for scientific research.
Whereupon Webb, with a shrug of his shoulders, and slightly flattered withal,
returned to his space laboratory. This was famous throughout the system, and
the fruit of years of contriving. Webb Foster required absolute isolation and
profound peace for his researches into the origin of all things, into the fine
structure of space and time and matter. These desiderata could no longer be had on Earth, his native planet.
Earth was a vast garden city with a population of ten billion humans...
So Webb Foster had built his space laboratory. It took five years and the
unremitting labor of a thousand men. But when
it was finished, the planets marveled, and his fellow scientists ached with possessive longing.
It was a great crystal sphere, a thousand feet in diameter. The material was
plani-glass, a transparent composition of Webb's invention. Its tensile strength
was that of fine-wrought steel, but its lightness greater than that of aluminium.
In its normal state it transmitted all the beating waves of space without let or
hindrance; when polarized, however, only the wave lengths of light could slide
along the latticed crystals. Neither electricity, magnetism, X rays nor cosmic
rays could force their lethal energies through the impenetrable barrier. A
special repulsor screen, such as the space ships used, diverted plunging meteors
from their destructive paths.
Within the vast concavity Webb Foster set up his laboratory. All the normal
apparatus was there: huge dynamos powered by solar radiation, giant
electrostatic balls, flaring electron tubes high as a building, mass spectrographs,
a powerful photo-electric mosaic telescope, delicate immersion baths.
But besides this regular equipment were machines that Webb himself had
fashioned: infinitely sensitive wave traps that tapped subspace itself, positron
segregators, where those flash-vanishing ephemera of nature could be held
indefinitely; strange spiral whirligigs in whose light-approaching speeds time
itself seemed to have lost its forward march--and a myriad other complexes of
ultra-science.
Nor did Webb forget the more material bodily comforts. At the very center of
his space laboratory he placed his living quarters, wherein he studied and ate
and slept and had his controls, like an alert spider at the core of his web. In his
storage compartments there was always a sufficient supply of dehydrated food
for three years of wandering, a thousand-gallon tank of water, and air-purifying
machines whereby the atmosphere could be indefinitely renewed and kept
clean and wholesome.
WHEN the great globe was completed, and stocked with all its multitudinous
machines, twenty rocket tugs towed it from its Earth hangar out into space, set
it upon a previously calculated orbit a million miles beyond the Moon, gave it
the necessary orbital impetus, and set it free. Whereupon the space laboratory
became a second satellite to Earth, revolving
majestically around the parent globe in uninhibited gravitational flight, rotating
slowly on its own axis to generate an artificial gravitational field within.
There, in the depths of space, flashing like a minor planet, the space
laboratory went its way, using no power in its interminable orbit, granting to its
master that isolation, that abstraction from mundane noise and crowding which
no longer existed on any of the inhabited worlds.
When I read this description, I thought about the science research stations in Star Trek, in particular the Regulus 1 station in the 1982 film Star Trek: The Wrath of Khan: