treadmill to power the drill for gun boring. Gunsmithing became the family’s primary source of income until the father died of pneumonia.
Now, years later, the sphere was by far Hephaestus’s most ambitious undertaking. It had exhausted all his resources as well as his family’s finances and patience. Yet he was intensely proud of it, although he knew there was still much work to be done—and so little time. Time was the problem, for the sphere was not simply a hollow iron ball. Oh, no. It was meant to be a refuge, a shelter, an ark—the Time Ark, he called it, or, in sour mash—fueled moments, the Counterchronosphere.
Although not a full practicing Christian, he had become influenced by William Miller, the numerically minded New York State farmer who had worked out that the world was soon going to end or that Christ would return, depending on your point of view. Miller, who based his theory on the biblical books of Daniel and Revelation, supported by calculations from Ezekiel and Numbers, had taken to sermonizing and lecturing at camp meetings back in 1831, and had since become a national and indeed international celebrity, with several newspapers devoted to spreading the word of imminent advent and hopeful paradise for the worthy.
Believing firmly in mathematics and partially in the Good Book—and being superstitious about his wife’s name and undecided about the question of “worthiness,” Hephaestus had become a default Millerite—and a very worried one at that. After all, a comet had been spotted in recent times, and just the year before a dairy farmer in Gnadenhutten had found a cow pie in the shape of the Virgin Mary. Clearly, the world was working up to something decisive. So Hephaestus had turned the bulk of his attention to the problem of how to escape time and so shield his loved ones from doomsday.
Many exceptional minds and more than a few competent engineers would have been daunted by such a challenge. But not the Sitturd patriarch. When not hobbling between the forge and the distillery shed, he pored over both engineering pamphlets and Scripture, devotional tomes and Mechanics Hall literature—anything and everything he could get his hands and mind on to help answer the eschatological call.
However, with the revised countdown on to the Lord’s Return (the original Miller prediction had put it in 1843) Hephaestus was forced to admit that the technical issues were still troubling. In the evenings when he sat watching the fireflies blinking in the pea patch—his wife, Rapture, brewing some extract of wolf mint, dressing buckskins, or working at her spinning wheel; his son, Lloyd, cataloguing his trilobites or dreaming of his twin sister, Lodema, who had died at birth—doubts would overcome Hephaestus. It was when these doubts took their darkest form that the sphere grew hopelessly heavy. Gleaming in the sunshine now, it appeared to him to be cumbersome beyond all description—ridiculous—so that all his reckonings, all his research, shone back in mockery from the surface of the hot metal.
“It needs to move,” a boy’s voice announced. “Time is a vibration. So the Ark must vibrate in time with Time—to become transparent.”
As remarkable as it may seem, the speaker was none other than his five-year-old son, Lloyd, and as the boy spoke a wishbone and paper airship wafted around the door of the barn. Powered by miniature spindlewood propellers and guided by rudder wings of dried bluegill fins, the delicate machine floated above the goat pasture, then around the barn, and finally over the peppergrass that surrounded their corncrib house, landing intact just beside the man’s mangled foot. Hephaestus looked at the airship in dismay and then over at Lloyd, the craft’s designer and fabricator, knowing that the ingenious trinket had been constructed in but a matter of minutes.
The child’s inventive life had begun in the cradle (or so it seemed to Hephaestus). In addition to a hyper-accelerated acquisition of language skills, although small physically, the boy’s manual dexterity was unnaturally adept while he was still theoretically confined to the old kindling scuttle that had been converted into his bassinet. His curiosity was inexhaustible, and by the time most children are just beginning to make sense of a rattle and how to move from all fours to wobbly legs, young Lloyd had already demonstrated an almost disturbing grasp of the principles of basic machines: the lever, the wheel, the pulley, the inclined plane, and the screw—even the mysterious utility of gears.
Inclined to wander, as well as to disassemble and reassemble anything