The Trota system is already full of wonder and danger: its primaries are two very small red dwarf stars locked in an orbit of less than 1 AU, and tidal stresses on each other trigger intense ultraviolet flares that blast the rest of the system. Even with, or because of, that cosmic contact juggling act, the six worlds orbiting that circus attraction have remarkably stable orbits, at a healthy distance from their dueling parents, with one of those worlds supporting and encouraging indigenous life. The other five have their own mysteries, but Trota 2 is the main reason for citizens of the Weave to visit the system, even if most leave shaking their heads or comparable appendages.
Trota 2 would be an exquisite world for commerce and recreation: at roughly twice the size of most of the rocky planets of the Weave, it was first assumed in initial remote presence surveys to be an example of a Big Planet, with a near-standard gravity due to a relative lack of metals in its crust and core. The survey AIs coming in closer discovered that Trota 2 had much more than the typical share of metals ranging from iron to uranium in its core, with an average gravity of approximately 5 standard pulls. Because of that massive spinning dense core, Trota 2 also had a magnetic field on a par with many gas giants, and the core also powered a plate tectonic conveyor across the planet never seen with any other rocky world. Plate tectonics meant extensive vulcanism, and vulcanism meant a high enough level of carbon dioxide and methane in the atmosphere to give enough of a greenhouse effect to give temperatures conducive to carbon/water life at its extreme distance from its primaries. The large amounts of carbon and water on the planet’s surface was even more conducive to life, and Trota 2’s oceans and surfaces were just rolling in it. On the surface, literally rolling: the severe gravity encouraged animal and plant analogues resembling water-filled mattresses, stretching and tumbling, slowly moving as much to feed and reproduce as to avoid pressure necrosis.
Trota 2 also boasted two indigenous intelligent forms, both with sufficient civilization and technology to make them valuable members of the Weave. They couldn’t leave their world because their structures failed spectacularly in either the additional pressure of acceleration or in an absence of gravity, and their preferred conditions were at worse fatal and at best debilitating for most species, so very healthy trade and commerce was conducted through remote presence. Weave visitors allowed the local species to explore areas of the planet too dangerous for them to stay, particularly those with excessive amounts of radioactives-bearing lava, and 20 standard years after the initial system survey (6 years by local chronology), explorers came across a mystery that shook the whole of the ten galaxies comprising the Weave.
Considering the wealth of otherwise rare and industrially interesting minerals on Trota 2, particularly near its south pole, the fact that visitors had arrived at the planet before the Weave arrived was no surprise, and that they used remote presence themselves. That the visitors used remote presence robots for exploration and mining also elicited no metaphorical eyebrow-raising, or that they had built a series of robot maintenance and shelter stations across the whole of the world, or that the last station had apparently been constructed about 5 million years before the evolution of the current intelligent species. It wasn’t even a shock that the leftover constructs were highly sophisticated, with many features that later became standard for Weave remotes. The surprise was that although the remotes and their support system, later traced to a mostly-destroyed orbital station on the outer edges of the system, suggested a civilization with a major presence across its home galaxy, nothing about the sites, from hardware to traces of genome material or its analogues, corresponded with that of any species either currently within the Weave or archived archaeological evidence.
The mystery deepened about 200 standard years later, when a separate remote survey encountered an infant civilization in a galaxy abutting Weave space. That civilization had barely developed orbital space travel, but the species’s form matched the Trota 2 remotes, genome comparisons showed that this new species shared both genome structure and transmissions with the remote builders. Even the labeling on the remotes’ support bays had connections to several of the new species’s main languages, but with odd conjunctions and transpositions that would have been gibberish if presented as such. The biggest problem was with time: this civilization was only thousands of years old, with no evidence whatsoever of the technology to construct or operate the remotes, travel to the Trota system, or deal with Trota 2’s environmental conditions. Worse, they showed no sign of previous civilizations that could have done so, so the question remains: how would a species only recently able to build and maintain orbital habitats around its own planet be able to travel across at least a 10 million light-year distance and install extremely advanced remotes on Trota 2, 5 million years before it became a distinct species, and then leave no intervening trace whatsoever, either in space or in time?
As Weave explorations of Trota 2 continue, so do the questions. One of the biggest involves the effort by the remote builders to leave the remotes ready and fully functional, even if the actual interface is inaccessible at this time. At what point do the builders return to Trota 2 to continue their work?
Dimensions (width/height/depth): 12″ x 18″ x 12″ (30.48 cm x 45.72 cm x 30.48 cm)
Plant: Pinguicula gigantea
Construction: Glass enclosure. polystyrene foam, ABS filament, found items.
Shirt Price: $125