
The Colour Out of Space
Nahum's kitchen, for even the small piece refused to grow cool. On the trip back they
stopped at Ammi's to rest, and seemed thoughtful when Mrs. Pierce remarked that the
fragment was growing smaller and burning the bottom of the pail. Truly, it was not large,
but perhaps they had taken less than they thought.
The day after that-all this was in June of '82-the professors had trooped out again in a
great excitement. As they passed Ammi's they told him what queer things the specimen
had done, and how it had faded wholly away when they put it in a glass beaker. The
beaker had gone, too, and the wise men talked of the strange stone's affinity for silicon. It
had acted quite unbelievably in that well-ordered laboratory; doing nothing at all and
showing no occluded gases when heated on charcoal, being wholly negative in the borax
bead, and soon proving itself absolutely non-volatile at any producible temperature,
including that of the oxy-hydrogen blowpipe. On an anvil it appeared highly malleable,
and in the dark its luminosity was very marked. Stubbornly refusing to grow cool, it soon
had the college in a state of real excitement; and when upon heating before the
spectroscope it displayed shining bands unlike any known colours of the normal spectrum
there was much breathless talk of new elements, bizarre optical properties, and other
things which puzzled men of science are wont to say when faced by the unknown.
Hot as it was, they tested it in a crucible with all the proper reagents. Water did nothing.
Hydrochloric acid was the same. Nitric acid and even aqua regia merely hissed and
spattered against its torrid invulnerability. Ammi had difficulty in recalling all these
things, but recognized some solvents as I mentioned them in the usual order of use. There
were am monia and caustic soda, alcohol and ether, nauseous carbon disulphide and a
dozen others; but although the weight grew steadily less as time passed, and the fragment
seemed to be slightly cooling, there was no change in the solvents to show that they had
attacked the substance at all. It was a metal, though, beyond a doubt. It was magnetic, for
one thing; and after its immersion in the acid solvents there seemed to be faint traces of
the Widmanstatten figures found on meteoric iron. When the cooling had grown very
considerable, the testing was carried on in glass; and it was in a glass beaker that they left
all the chips made of the original fragment during the work. The next morning both chips
and beaker were gone without trace, and only a charred spot marked the place on the
wooden shelf where they had been.
All this the professors told Ammi as they paused at his door, and once more he went with
them to see the stony messenger from the stars, though this time his wife did not
accompany him. It had now most cer tainly shrunk, and even the sober professors could
not doubt the truth of what they saw. All around the dwindling brown lump near the well
was a vacant space, except where the earth had caved in; and whereas it had been a good
seven feet across the day before, it was now scarcely five. It was still hot, and the sages
studied its surface curiously as they detached another and larger piece with hammer and
chisel. They gouged deeply this time, and as they pried away the smaller mass they saw
that the core of the thing was not quite homogeneous.
They had uncovered what seemed to be the side of a large coloured globule embedded in
the substance. The colour, which resembled some of the bands in the meteor's strange