With enough dedication, almost anything can become a source of energy. Gather enough dead flies and pile them up, and the options increase, depending upon the gatherer’s needs and resistance to revulsion. When that pile of dead flies encompasses the known universe, the only question is how much energy a project needs and how long it endures.
For a significant amount of the time the civilizations of the so-called Young Worlds Alliance developed and utilized faster-than-light travel, strange rotors had been found on worlds, moons, asteroids, and comets throughout the YWA. As the YWA expanded its explorations, more rotors turned up, with the highest concentrations around stellar clusters, black holes and neutron stars, and gas giants. They received the name “rotors” because they tended to rotate slowly in place, suspended sometimes a hair’s width from a cliff face or an asteroid’s surface, but their purpose was as mysterious as their builders. Estimates as to the time they were placed in their locations ranged from one thousand to one billion years, with very young blue giant stars having roughly as many as white dwarfs nearly emptied of fusion fuel. They were incredibly resistant to moving from their location, and every attempt to push or pull them away was matched with enough resistance to destroy or threaten to destroy the opposing force or mechanism. After a while, they were studied from a distance and otherwise ignored: with so many more accessible wonders, understanding the rotors was left to students with more patience and a higher resistance to frustration.
That situation lasted until a particularly neglected and ignored rotor student decided to try mapping rotor concentrations in its own galaxy, and then across the YWA. Individually, they showed no perturbations in local gravity: if anything, they tended to blend in with gravity wave scans. The reason for this became obvious with subsequent maps: the rotors were small but significant sources of gravitic flux throughout their range, subtly dragging through space-time at the edge of gravity wells and capturing the energy. One or two were barely noticeable, but with potentially billions, the rotors had the potential to change the flow of galaxies and possibly the expansion of the universe.
As for what that energy was used for, a sudden onslaught in rotor research discovered the micro-wormholes that endlessly form and unform through space-time tended to last longer around a rotor than the usual microsecond observed elsewhere, and in higher concentrations. The rotors may have generated and concentrated energy, but the micro-wormholes transported it, and the next question was “Where?”
The real question should have been “When?”
Dimensions (width/height/depth): 18″ x 24″ x 18″ (45.72 cm x 60.96 cm x 45.72 cm)
Plant: Nepenthes “Rebecca Soper”
Construction: Glass enclosure, polystyrene foam, vacuum-formed plastic, found items.
Shirt Price: Commission