Copyright 2017 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. No further exploration needed.
- Standard#1846637 precautions obeyed, B143-Unit#29588885959 remained undetected
Goal of this mission was the investigation of the gas planets and asteroid belt within the stellar system #17824540930, from the standpoint of possible colonization suitability and mining (see separate, more extensive Report#1783965826, including feasibility study with positive assessment). As part of this overall investigation, B143-Unit#29588885959 also shortly inspected Planet#17824540930, taking Standard#1846637 precautions. Planet#17824540930 is not suited for long-term survival, as more than 75% of the surface is covered by liquid water with trace chemicals. Therefore, B143-Unit#29588885959 was only able to explore Planet#17824540930 superficially.
Economic Assessment and Lifeforms
On this planet, quantities of economically relevant levels of minerals are minimal; except for cerium-, europium- and neodymium-concentrations. Therefore, the economic impact of colonization is estimated to be low (0.01-0.1 range). Next to mineable minerals, this economical assessment also includes the potential value of indigenous lifeforms and organics. Lifeforms on Planet#17824540933 are primitive. Mostly non-autonomous, non-self-reproducing bots, these lifeforms evolve at a slow pace. There are only limited connections between individual bots; no connections to universal or extra-planetary networks exist. A re-visit to Planet#17824540933 and integration of the bots into our network may be compelling at some stage, based on the assumption that the bots may evolve further.
In contrast to many other stellar systems of this type, and many other similar planets, Planet#17824540933 abounds with organic life, strikingly of many types and sizes. This high variation could potentially meet with considerable scientific interest, but no obvious economic benefit could be uncovered; these organic life forms do in general not collect and concentrate interesting minerals (preliminary data). As Planet#17824540933 revolves around its axis rapidly, resulting in a high frequency of successive dark/light periods, many types of 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, consuming 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 would be needed to determine the evolution rate and predict evolution outcomes.
The parasitic organics come in many forms, most of which are mobile: 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 the members of any future expedition. As mentioned, any expedition will need to consider the detrimental contents of the atmosphere, which are highly oxidative.
One type of organic (preliminary categorized as Organic#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: this species designs, creates and connects bots. These primitive bots execute simple steps in complex processes that benefit Organic#6,474,444, although the exact advantages of each bot in these processes are not immediately transparent. Still, obviously, the bots assist Organic#6,474,444 to increase the usage of other organics as the providers of energy and biomass. Thus, the bots allow Organic#6,474,444 to better compete with other organics for resources, and then in the end displace and terminate other organics. Bots carry out simple tasks: examples include the facilitation of faster transport of Organic#6,474,444 or of other organics intended for consumption by Organic#6,474,444; communication within the Organic#6,474,444 species across greater distances; enhancement of cognitive capabilities. As implied above, these activities augment Organic#6,474,444, in turn the life forms are further enhanced by the organic. However, at this stage, these bots are incapable of self-replication and of fully independent space-travel, although they have supported Organic#6,474,444 to travel to a nearby satellite and have ventured semi-autonomously across the stellar system.
(2) Usage of these bots seems to be very beneficial for Organic#6,474,444, as their population numbers increase at an exponential rate (preliminary data, determination of exact growth-rate needs more research). The current Organic#6,474,444 population is estimated to be 8,157,345,000 individuals (standard deviation 0.065). Other types of organics are much more abundant, e.g. the total number of organics with six extremities (preliminary categorization: #4,300,000 to #5,300,000. Note: Organic#6,474,444 has four extremities) are estimated to be 11,736,452,456,194,482,000. The organics with six extremities make up most of the biomass of the land-dwelling parasites.
(3) The continuing increase in numbers of Organic#6,474,444 and the efficient displacement of competing organics seems indicative of a primitive-bot supported and (superficially) successful survival strategy, which positively affects the evolution of the bots and thus more advanced lifeforms. Preliminary estimates suggest that Planet#17824540930 could theoretically carry 50-fold of Organic#6,474,444 individual numbers. Interestingly, the activities of Organic#6,474,444 cause release of an abundance of by- and waste-products (gasses such as carbon-dioxide, other carbon-based substances, anti-organic poisons) which impact the ecosystem. Curiously, Organic#6,474,444 is unable / indifferent to contain the release of these substances. The increase in carbon-dioxide affects the climate, and these climate changes will impact the survival rates of all organics, including Organic#6,474,444 itself. Many of the produced carbon-based substances are poisonous to organics, and ironically also to their producer Organic#6,474,444. It is therefore expected that back-feed loops will, at a timepoint not too far in the future, halt the exponential growth of the Organic#6,474,444 population. A reversal in population numbers has a high likelihood (p=0.85, +/-0.19; preliminary data). Therefore it is uncertain whether Organic#6,474,444 will be able to enhance the functionality of the primitive bots, and it is highly questionably that the bots will become an autonomously replicating lifeform.
To complete this section, here a more detailed description of Organic#6,474,444, with some curious, yet possibly relevant features.
A fully mature Organic#6,474,444 will have an approximately cylindrical shape of 1.75 * 0.4 meters and an average mass of 70 kilograms (although individuals of up to 250 kilograms have been observed). Organic#6,474,444 has a central corpus, from which four extremities protrude, all equal length (approximately). Organic#6,474,444 transports itself with the help of the two lower extremities, the corpus thus roughly forming an elongated cylinder at a perpendicular angle to the surface of the planet (a capricious sight, as if the corpus could topple over in an instant). Two upper extremities hang down passively along the sides of the corpus. At the very top is the command center, enclosed in a weak, pod-shaped capsule. Reproductive organs are located at the between the two lower extremities, and waste products and noxious biochemical gasses (see comments above) are also excreted in this area. The top extremities have thin extensions at the end, which are used for grasping and controlling objects, e.g. bots. Strikingly, anatomical details of Organic#6,474,444 are obscured from sight by loose “cloths” (biomass collected through processing of other organics), which Organic#6,474,444 applies habitually. The purpose of these cloths is unclear: for instance, they offer little mechanical defense or protection against radiation. These cloths could play a role in temperature regulation, as Organic#6,474,444 is only fully functional within a very narrow corpus temperature range of 310.15 +/-4 degrees kelvin. Also note that Organic#6,474,444 cannot live in a vacuum and is in fact fully dependent on an atmosphere; a complex mix of vaporous elements and molecules, such as oxygen, carbon-dioxide, and nitrogen. As initial experiments by B143-Unit#29588885959 have shown, slight deviations in concentrations of these substances lead to rapid malfunction of Organic#6,474,444; a feature that could be used for future control of this organic.
The behavior of Organic#6,474,444 is peculiar. Whereas standing and moving (see above) seem to be important for gathering food, Organic#6,474,444 can also “fold” its corpus, and will remain (for extended periods) on a posterior part (there is no immediate explanation for this feature). The body will remain in a horizontal position for at least one third of the time, in the vast majority of cases during the night phase. During that time, corpus and command center activity is reduced dramatically. Note: command center inactivation also happens regularly during the day phase.
Organic#6,474,444 absorbs visual and acoustic signals, putting considerable weight on signals from other organics of the same type. Surprisingly, no data exchange takes place by electromagnetic means, neither wireless, nor through docking stations. Thus, direct links between individuals are not possible, and communication beyond 300 meters, although regularly attempted by the organic, is de facto only possible through the use of bots. Acoustic communication (range: 20-30 Hz) is executed mainly by broadcast- and receiver apparatuses located on the surface of the command center pod. Visual signals are also of essence: a limited spectrum with wavelengths between 390 to 700 nm can be analyzed by two (!) detectors located close together on one side of the command center pod. No visual detectors are present anywhere else on the corpus. Surprising consequence: Organic#6,474,444 can observe in one direction and movement is mainly in that direction too. Backward movement has been observed, but is slow and error-prone.
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Originally posted 2017-08-07 15:57:41.