the tiny globular clusters and the small elliptical galaxies. Yet the fifteen-thousand-light-year diameter of Furnace loomed
monstrously compared to the tiny haze of the Amoeba. In fact, the Amoeba had not even been discovered until the past century, as
it was virtually invisible to all conventional observation techniques.
The astronomer formed a second eye and contemplated a holograph of the Amoeba. It appeared to have a number of projecting
pseudopods, each curving slightly; this was what had given it its name. Overall it was amazingly regular; the pseudopods seemed
individual and evenly spaced.
Its discovery had been largely serendipitous, a result of the Cluster survey program instituted after the Second War of Energy. After
twice narrowly averting destruction of their galaxy, the coalition of species of the Milky Way intended to keep fully informed of all
future developments in the Cluster. The most powerful Segments—Qaval, Etamin, Knyfh, Lodo, and Weew—had pooled their
resources and manufactured the largest fleet of spaceships ever known: 125 billion strong. But they were very small ships, any one
of which an average-sized sapient could have lifted in a single appendage without effort. Each contained perceptive apparatus,
mainly optical, and a tiny molecule mattermitter. They were dispersed around the entire outer surface of the Cluster, accelerating to
one-tenth the speed of light and then drifting outward until they were, theoretically at least, eventually recovered by the gravity of
the Cluster. Every ten years each unit mattermitted back what was visible from its quota of space. Each ship was about ten light-
years from its neighbors, and so was responsible for a surface area of a hundred light-years; its report was normally current within
about seven years. Thus no major intrusion into the Cluster could escape detection; the Net would report it long before the light
reached the nearest galaxy.
The Net had been in operation for almost a thousand years. As the fear of alien intrusion had abated, the main beneficiaries of this
expensive program had been the astronomers and stellar cartographers. The entire Cluster had been mapped with phenomenal
accuracy—retroactively. For the Net reported what it saw—and it saw what the Cluster had looked like up to a million years
before, because of the time it had taken the plodding light of distant stars to travel.
The section of the Net launched from Furnace had penetrated a hundred light-years into space—and picked up the Amoeba. Only
two specific reports on it existed, and neither was remarkably clear, for it remained at the fringe of the Net's awareness. Only
specialized research astronomers such as this one were able to perceive anything of significance there. To the untrained eye, it was
only a faint haze against the backdrop of deep space. Perhaps merely a smear on the image, or some distortion of the lens.
He substituted the second holograph, taken from the same units ten years later, or one light-year closer. The image was very similar
and a bit sharper, but a trifling discrepancy caught his attention. He reactivated the first holograph, projecting it in modified color,
and superimposed it on the second. He grew a third eye on a long stalk, so that he could study the superimposition from three
directions at once.
The two images differed, even after adjustment for slightly differing ranges. There seemed to be a slow rotation of the subject. He
compensated for this, aligning the curved arms of it precisely, magnifying the smaller image until its absolute perspective exactly
matched the scale of the other.
There was no doubt The Amoeba had expanded. The projections extended some five light-years farther than before.
What constituted the substance of this obscure, minor formation? Not gas. The refraction indices of the wan light of distant
background galaxies were wrong. Not dust; that would have blotted out such light entirely. The indications were so fuzzy; there
simply was no way to properly analyze a dark obscuration without going there, and it would take the local units of the Net the
better part of another century to pass through the physical Amoeba. Mattermission directly to the Amoeba could not be used until
the first receiver was delivered, and Transfer required a living host already present. A number of attempts to Transfer there had
been made, all without success. There appeared to be no sapient life in the Amoeba. And why should there be? Life normally
required the services of a sun; it could hardly evolve in the great abyss that was intergalactic space.
The holographs did not resolve any bodies of planetary size. Indications suggested that the Amoeba consisted of perhaps a million
fragments of rock, none larger than a planetoid. An assemblage of meteoroids, like a monstrous comet, way out in Fringe-Cluster
space. An anomaly! Which was what made it so intriguing.
Possibly it was the remnant of a planetary explosion, and its expansion reflected the continuing impetus of that cataclysm. Even so,
there were questions. The planet could not have been formed in deep space; it had to have coalesced or come from somewhere.
This cloud of fragments had not been traveling, for the two holographs would have shown the change in position that marked that
velocity; instead the Amoeba was virtually stationary with respect to Furnace.
It had not coalesced; prior holographs going back a thousand years showed no dust cloud there. A dust or gas cloud was easier to
track than a planetary body, because it spread over a much greater volume of space and obscured far more background light,
file:///C|/WINDOWS/Desktop/Anthony,%20Piers%20-%20Cluster%2003%20-%20Kirlian%20Quest.htm (2 of 157) [6/20/03 10:28:01 PM]