The Exploration of Planet#17824540930
Published by Clemens P. Suter at
Copyright 2018 by Clemens P. Suter
Report#1783965825 – Exploration of Planet#17824540930
- Economic Impact Estimate: low: <0.1 eie
- Risk Impact Estimate: low: <0.1 rie
- Recommended Action: Isolate Planet
- Standard#1846637 precautions against discovery obeyed
- B143-Unit#29588885959 remained undetected
B143-Unit#29588885959 inspected Planet#17824540930 (part of Starsystem#17824540930) taking Standard#1846637 precautions. Main goal of mission was investigation of adjacent gas planets and asteroid belt for colonization suitability – see separate, more extensive Report#1783965826, including feasibility study with positive assessment). As Planet#17824540930 is not suited for long-term survival (75% of surface covered by liquid water with trace chemicals) B143-Unit#29588885959 was only able to explore Planet#17824540930 superficially.
Lifeforms and Economic Assessment
Lifeforms on Planet#17824540933 are primitive. Mostly non-autonomous, non-self-reproducing bots, evolving at a slow pace. Limited connections between individual bots; no connections to universal or extra-planetary network. A re-visit to Planet#17824540933 and integration of the bots into our network may be compelling at some later stage, based on assumption that the bots may mature further. As mineable mineral levels on this planet are minimal (except for cerium-, europium- and neodymium-concentrations), the total economic impact of colonization is estimated to be low (0.01-0.1 range). This assessment includes: mineable minerals, value of current lifeforms, and usefulness of organics.
Planet#17824540933 abounds with organic life, of many types and sizes. This high variation could potentially meet with considerable scientific interest, but no related economic benefit could be uncovered (preliminary data). As Planet#17824540933 revolves around its axis rapidly, resulting in a high frequency of successive dark/light periods, these organics have surprisingly short replication cycles and lifespans.
At least 8,547,000 different types of organics seem to exist (initial data), and were preliminary classified. Some organics (species#0-#4,000,000) mine the light from the accompanying star (absorption of wavelength interval 560–520 nm), and employ this energy to chemically upgrade the planet’s minerals. These organics create carbon-based biomass and propagate efficiently, covering most of the planet’s surface. These types of organics do not have a locomotion apparatus, and are thus mainly immobile. Many other types of organics exist (preliminary assigned to species#4,000,000 to #8,547,000) that are parasitic, devouring the light-mining organics or other parasitic organics. This has led to a complex, well-balanced and delicate ecosystem; which appears to be evolving. Additional expeditions and more research will be needed to determine the putative evolution rate, and predict evolution outcomes.
The parasitic organics come in many forms, most of which are highly mobile individuals: either swimming in the liquid that covers the planet, crawling on its surface, or flying through its atmosphere. This makes for a highly erratic environment, which requires considerable acclimatization by future expedition members. Expeditions are advised to also consider the detrimental contents of the atmosphere, which are highly oxidative.
One organics-type (preliminary categorized as #6,474,444) stands out and is therefore described here in more detail.
(1) Organic#6,474,444 appears to be the sole source of life on the planet: uniquely these individuals design, create and connect the bots. These bots execute simple steps in a highly complex process that benefits Organic#6,474,444, although the exact advantages of each step in this process are not immediately transparent. They seem to assist Organic#6,474,444 in […]
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