Octant Zeta

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SPACE FORCE INSTRUMENTALITY - Amber Security Status
Issuing Authority: SecSurvSubBur; ExpBurCom; Space Force Hub Winter Palace; Pecus Minor, Tormipidee Pansectorate
Full Conceptual Verification: cozy|*the color light green*|aperture|*sawtooth waveform tone at 475 hz*|z=sqrt(pi*34)^e|*smell of roasting peanuts*|stoicism|*pins and needles in lower extremity*|ready|757723
Issuance Index: 192.246 2-D low-band width summary layer; refer to full gestalt construct for complete details

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Ghost of Jupiter Subsector: Primary Survey Report: Octant Zeta

Octant Diagram

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2-D minimal band-width schematic layer; refer to full gestalt construct for complete details

Substellar Objects

(ζ:25:4) T-Class Brown Dwarf; Aspects: Cool Brown Methane Dwarf, Subject to Pulse Dragon Phenomenon; Stellar Age: Old (+2)

(ζ:31:3) T-Class Brown Dwarf; Aspects: Cool Brown Methane Dwarf, Subject to Pulse Dragon Phenomenon; Stellar Age: Mature (+0)

(ζ:53:1) T-Class Brown Dwarf; Aspects: Cool Brown Methane Dwarf, Subject to Pulse Dragon Phenomenon; Stellar Age: Ancient (+4)

(ζ:64:1) L-Class Brown Dwarf; Aspects: Cool Red Brown Dwarf, X-Ray Flares; Stellar Age: Aging (+1)

REMAINER SYSTEM: TRUST (ζ:03:1) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Mature (+0)
MULTIPLE BIOSPHERES PRESENT COLONY AND SEED NETWORK PRESENT: SpaceForceInst has substantial assets present in this system at the Geode.
NOTE: The planets in this system, other than "Brighthome", have been named after renowned explorers of history.

Median H-Zone Distance: 0.1981516
Median H-Zone Period: 0.2103789

HOFMEISTER (ζ:03:1:X:1) Small/Standard Deadly Barren Planet

Aspects: Barren Ball of Rock
Year Length: 27 days (Inner); Size: Small Standard (-1); Gravity: Low (-2); Day Length: Extremely Slow; Atmos Press: Very Low; Surface Temp: Standard (+0); Surface Liquid: Trace; Habitability: Deadly (-4)
MOONS: Planetesimal, Small, Ring System No Biosphere

ERZULA (ζ:03:1:X:2) Standard Deadly Barren Planet

Aspects: Barren Ball of Rock
Year Length: 40 days (Inner); Size: Standard (+0); Gravity: Low (-2); Day Length: Extremely Slow; Atmos Press: Very Low; Surface Temp: Standard (+0); Seasonality: Very Low; Surface Liquid: Trace; Habitability: = Deadly(-4)
MOONS: Small, Planetoid, Planetoid
SIMPLE BIOSPHERE: Lichen-like patches photosynthetic/chemosynthetic commensals found in equatorial regions.

ANZI'GAN (ζ:03:1:X:3) Large Deadly Inferno Planet

Aspects: Hellish and Crushing, World Sea of Molten Metal
Year Length: 60 days (Inner Habitable); Size: Large (+2); Gravity: Very High (+6); Day Length: Very Rapid; Atmos Press: Insidious; Surface Temp: Inferno (+5); Surface Liquid: 100% (Molten metals, sulfur, other elemenents); Seasonality: Standard; Habitability: Deadly (-4)
MOONS: Planetesimal, Planetesimal, Small, Planetesimal, Small, Planetesimal, Small Standard, Planetesimal, Small, Ring System
SIMPLE BIOSPHERE: Microscopic magnetosynthetic organisms can be found in the atmosphere worldwide. These organisms appear to have traveled to this world via asteroid interchange from Planet 7.

MOTTO (ζ:03:1:X:4) Standard Deadly Frozen Planet

Aspects: Cold and Barren
Year Length: 100 days (Inner Habitable); Size: Standard (0); Gravity: Low (-2); Day Length: Slow; Atmos Press: Very Low; Surface Temp: Cold (-2); No Surface Liquid; Seasonality: Low; Habitability: Deadly (-6)
MOONS: Planetesimal, Small, Small
BIOSPHERE
Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Radiosynthesis;
Sessile1: Scale = Medium (+0); Symmetry = Radial; 3-4 Limbs; Exoframe; Segments = 0:
Motile1: Scale = Medium (+0); Symmetry = Radial; 3-4 Limbs; No Frame; Segments = 0:
Motile2: Scale = Large (+1); Symmetry = Biradial; 32 limbs; Endoframe; Segments = 1: Frame1

CHAO (ζ:03:1:X:5) Very Large Inferno Planet

Aspects: Hellish and Crushing, World Sea of Molten Metal
Year Length: 137 days (Habitable); Size: Very Large (+3); Gravity: Very High (+4); Day Length: Extremely Rapd; Atmos Press: Insidious; Surface Temp: Inferno; Surface Liquid: 100% (molten elements); Seasonality: Low Standard; Habitability: Deadly (-4)
MOONS: Planetoid, Ring System, Ring System, Ring System, Planetesimal, Small, Planetesimal, Planetoid, Ring System, Planetesimal NO BIOSPHERE

ZINGERSILK (ζ:03:1:X:6) Standard Deadly "Snowball"

Aspects: Artificial Agglomeration of Honeycombed Ice
Year Length: 180 days (Outer Habitable); Size: Standard (0); Gravity Microgravity (-5); Day Length: Very Slow; Atmos Press: Trace; Surface Temp: Frozen; No Surface Liquid; Seasonality: Low Standard; Habitability: Deadly (-4)
MOONS: Planetoid, Small NO BIOSPHERE NOTE: This world is one of several apparently artificially constructed very low density ice worlds in Alesha Sector.

OATHMAKE (ζ:03:1:X:7) Small/Standard Deadly Inferno World

Aspects: Greenhouse Effect gone Out of Control
Year Length: 210 days (Outer Habitable); Size: Small Standard (-1); Gravity: Standard (+0); Day Length: Increased; Atmos Press: Very High; Surface Temp: Inferno (+4); Surface Liquid: 100% (molten sulphur and other elements); Seasonality: Low; Habitability: Deadly (-4)
MOONS: Planetesimal, Planetesimal, Planetesimal
BIOSPHERE
High Biodiversity; Paradigm = Exotic; Primary Energy Source = Magnetosynthesis;
Sessile1: Scale = Medium (+0); Symmetry = Biradial; No Limbs; Endoframe; Segments = 2: Frame1,Frame2,
Motile1: Scale = Medium (+0); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 0:
Motile2: Scale = Small (-1); Symmetry = Biradial; 32 limbs; Endoframe; Segments = 0:

"BRIGHTHOME" (ζ:03:1:X:8) Standard Deadly Frozen World

Aspects: Once Lush but now Frozen; Remnants of the Bright One Civilization
Year Length: 305 days (Outer Habitable); Size: Standard (0); Gravity: Low Standard (-1); Day Length: Standard; Atmos Press: Low; Surface Temp: Frozen (-4); Surface Liquid: 65% (liquid hydrocarbons); Seasonality: Low Standard; Habitability: Deadly (-4)
MOONS: Planetoid, Ring System, Planetesimal
BIOSPHERE: NOTE: this world is the original homeworld of the "Bright Ones/Jonquil Gasbags". Exemplar Bodyplan Motile2 types are related to these extinct exointelligences. Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Photosynthesis;
Sessile1: Scale = Medium (+0); Symmetry = Biradial; 32 limbs; Exoframe; Segments = 0:
Motile1: Scale = Large (+1); Symmetry = Biradial; 4 Limb; Endoframe; Segments = 1: Limb1,
Motile2: Scale = Large (+1); Symmetry = Spherical; 12 Limbs; No Frame; Segments = 3: Frame1,Limb2,Limb3,

HALIFAX-NYLONGO (ζ:03:1:X:9) Small/Standard Deadly Frozen World

Aspects: Frigid Hunk of Rock
'Year Length: 3.24 years (Outer); Size: Small Standard (-1); Gravity: Low (-2); Day Length: Standard; Atmos Press: Very Low; Surface Temp: Frozen (-4); Surface Liquid: Trace; Seasonality: High; Habitability: Deadly (-4)
MOONS: Small Standard, Planetoid (the Geode, see below), Small

THE GEODE (ζ:03:1:X:9:3) Hollowed Out Planetoid with Artificial Environment

Aspects: Huge Artificial Environment, Living On the Inside, Ubiquitous Remainer Presence Size: Planetoid (-3); Gravity: Effective Standard (+0) achieved in interior through rotation along main planetoid axis, Microgravity (-5) at exterior; Day Length: Rapid; Atmos Press: Standard (Breathable); Surface Temp: Cool; Surface Liquid: 50% (Water, in interior chamber); Habitability: Agreeable (+3)
SIMPLE BIOSPHERE: Transplant simple biosphere has formed with presence of humans, co-existing withe previous simple biosphere related to that found on Planet 8 ("Brighthome")

Background

On 160.034 Event Horizon Probe Alabaster-Q-8345 Farquahar/Sweet Sixteen established contact with a synthetic culture in system ζ:03:1 of Ghost of Jupiter subsector. This culture had maintained a completely enclosed environment within a highly dense, hollowed-out planetoid in an outer orbit in this system for tens of thousands of years. These synthetics refer to themselves as "Those That Remain", or the Remainers, and were maintaining the environment of the planetoid in hope for return of their creators, whom they refer to as "the Bright Ones".

Farquahar/Sweet Sixteen, having established contact with the Remainers, was quickly able to establish that the "Bright Ones" were an extinct race of aliens previously known to the Commonality as the Jonquil Gasbags (named after their appearance and system of first discovery). Farquahar/Sweet Sixteen took it upon their own initiative to gently convey this evidence of the extinction of their creators to the Remainers. At first, the Remainers reacted very angrily, and briefly took violent control of Farquahar/Sweet Sixteen. But as the information spread among the Custodian Mindscape equivalent a new meme took hold; the Bright Ones may never return, but the Commonality would be an appropriate replacement.

Farquahar remained to establish a seed network, while Sweet Sixteen returned immediately, providing the news to SpaceForceInst ExpBur. Since that time, SpaceForceInst and SCIForceInst have established a joint presence on the planetoid, since nicknamed "The Geode". The Remainers have welcomed the presence of new organic residents to their environment, and the Geode has since become the forward operating base of both SpaceForceInst and SCIForceInst in Alesha and neighboring sectors, due to its relatively (for such a distant Sector) easy access to Tormipidee Pansectorate. The Commonality population on the Geode has now reached nearly 10,000 humans, but it is believed there may as many as 10^6 individual Remainer sentiences. Seed Network Farquahar administers Commonality activities in full consultation with both the Remainers and human inhabitants.

Information exchange between the Remainers and the Commonality has demonstrated that the Remainers themselves are all "descendants" of one of 27 original "Bright One" eidolons, in multiplicit combinations, making the Custodians the largest and most complex "natural experiment" of eidolon engineering known to exist in the galaxy, and one of the few examples of non-human eidolon engineering that have been discovered. Therefore, there is a large MiniEvoPlan research presence on the Geode. The Remainers have been demonstrated to have all four eidolon compliances, but in a unique fashion that causes many conservative MiniEvoPlan administrators to lose a lot of sleep.

It has since been determined that ζ:03:1 was the original home system of the Bright Ones/Jonquil Gasbags. A biosphere on one of the planets contains life forms obviously related to that species, but that planet has since become frigid and nearly lifeless.

Other Information
Population = 10^4 Commonality citizens, perhaps 10^6 Remainer synthetics; Government = Joint Remainer/Commonality Administration; Societal Development = Sentience Coordinated Collective; Openness = Self-Centered; Control Index = Influenced (1); Trade Index = 2; Tech Index = 9; Starport = D; Mindscape = Global Mindscape

DAO SAVAN (ζ:03:1:X:10) Small/Standard Ice Planet

Aspects: Ice World
Year Length: 4.2 yrs; Size: Small Standard (-1); Gravity: Low Standard (-1); Day Length: Increased; Atmos Press: Low; Surface Temp: Frozen (-4); Surface Liquid: Trace; Seasonality: High; Habitability: Deadly (-4)
MOONS: Planetoid, Planetoid
NO BIOSPHERE

(ζ:06:-3) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Maturing(-1)
BIOSPHERE SIGNATURE DETECTED
POTENTIAL INTELLIGENCE SIGNATURE DETECTED: Seed Network Farquahar has noted spectroscopic data from this system suggestive of industrialization.^CONCEPT

Planetary System Data Dump

MH-Zone Distance: 0.1976944; H-Zone Period: 0.209236

PLANET 1 (Small Deadly Frozen Planet)
Year Length = 49 days (Inner Habitable); Planet Size = Small (-2); Gravity = -2; Day Length = Slow; Atmos Press = Very Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 5E-02; Seasonality = High; Habitability = Deadly; MOONS:

Biosphere Data Dump

Simple Elecrosynthetic Biosphere: Microscopic electrosynthetic organisms form sludges on the surface of of ice fields, metabolizing free electric currents generated by ice currents. This ecosystem seems either to derive from or be a predecessor of the ecosystem on Planet 4.

PLANET 2 (Small Standard Deadly Furnace Planet)
Year Length = 60 days (Inner Habitable); Planet Size = Small Standard (-1); Density = 3; Gravity = 2; Day Length = Rapid; Atmos Press = High; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = Low Standard; Habitability = Deadly; MOONS: Ring System, Planetesimal, Planetesimal,

Biosphere Data Dump

Exotic Paradigm, Low Biodiversity: Medium (+0) replicating magnetosynthetic electric fields extract energy from violent magnetic currents in molten oceans, constructing metallic skeletons. These "sponges" are in turn fed upon by Small (-1) and Microscopic (+1) metallovores.
Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 3: Frame1,Limb2,Frame3, Motile1: Scale = Small (-1); Symmetry = Biradial; 8 Limbs; No Frame; Segments = 2: Frame1,Body2, Motile2: Scale = Micro (-2); Symmetry = Biradial; 4 Limb; No Frame; Segments = 1: Limb1,

PLANET 3 (Large Standard Hostile Furnace Planet)
Year Length = 73 days (Inner Habitable); Planet Size = Large Standard (1); Density = -1; Gravity = 0; Day Length = Standard; Atmos Press = Standard; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = High; Habitability = Hostile; MOONS: Planetesimal, Small, Planetesimal, Planetesimal, Planetoid,

Biosphere Data Dump

Parallel Paradigm, Low Biodiversity: Medium (+0) thermosynthetic kelp-like sillicon based organisms in acid oceans feed an ecosystem of other silicon-based creatures.
Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Biradial; 64 limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; Endoframe; Segments = 2: Frame1,Body2, Motile2: Scale = Medium (+0); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 2: Frame1,Frame2,

PLANET 4 (Standard Marginal Ice Planet)
Year Length = 89 days (Inner Habitable); Planet Size = Standard (0); Density = 0; Gravity = 2; Day Length = Rapid; Atmos Press = Standard; Surface Temp = Cold; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.25; Seasonality = Low; Habitability = Marginal; MOONS: Planetoid, Small, Planetesimal,

Biosphere Data Dump

Exotic Paradigm, Low Biodiversity: Tree-like electrosynthetic organisms of crystalized hydrocarbons send roots into shallow oceans under the ice cover and generate energy from electrical currents. This ecosystem seems derived from or a predecessor to that on Planet 1.
Body Plans: Sessile1: Scale = Large (+1); Symmetry = Biradial; 32 limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Small (-1); Symmetry = Biradial; No Limbs; Endoframe; Segments = 4: Frame1,Body2,Body3,Frame4, Motile2: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 2: Frame1,Frame2,

PLANET 5 (Large Standard Deadly Frozen Planet)
Year Length = 95 days (Habitable); Planet Size = Large Standard (1); Density = 0; Gravity = 1; Day Length = Rapid; Atmos Press = Low; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = Very Low; Habitability = Deadly; MOONS: Planetoid, Planetesimal, Planetoid, Ring System, Planetesimal,

Biosphere Data Dump

Exotic Paradigm, Standard Biodiversity: Heat sensitive thermosynthetic living "solar panels" derive energy from rapidly changing temperatures due to rapid day length.
Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Bilateral; 4 Limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; No Frame; Segments = 2: Frame1,Frame2, Motile2: Scale = Micro (-2); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 0:

PLANET 6 (Small Deadly Barren Planet)
Year Length = 120 days (Habitable); Planet Size = Small (-2); Density = -3; Gravity = -8; Day Length = Very Slow; Atmos Press = Trace; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low; Habitability = Deadly; MOONS: Planetoid,

Biosphere Data Dump

No Biosphere

PLANET 7 (Standard Agreeable Forest Planet)
Year Length = 180 days (Outer Habitable); Planet Size = Standard (0); Density = -2; Gravity = -1; Day Length = Increased; Atmos Press = Standard; Surface Temp = Cool; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.65; Seasonality = Very Low; Habitability = Agreeable; MOONS: Standard, Small, Ring System,
NOTE: This world is inhabited by a humanoid culture, at least Tech Index 5. Multiple emissions across EM frequencies detected, multiple artificial satellites detected.

Civilization Data Dump

Lost Colony/Alien World; Balkanised; Population = 10^7 (0); Government = Feudal; Societal Development = Selfless Redistribution Model; Openness = Self-Critical; Control Index = Restricted (3); Trade Index = -2; Tech Index = 7.

Biosphere Data Dump

Transplant Paradigm, Low Biodiversity. Transplanted deciduous/coniferous forest ecosystem with typical drift.

PLANET 8 (Large Standard Deadly Ice Planet)
Year Length = 210 days (Outer Habitable); Planet Size = Large Standard (1); Density = -1; Gravity = -1; Day Length = Increased; Atmos Press = Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.25; Seasonality = Low Standard; Habitability = Deadly; MOONS: Planetesimal, Planetoid, Planetesimal, Small, Planetesimal,

Biosphere Data Dump

Exotic Paradigm, Low Biodiversity; Large (+1) magnetosynthetic floating clouds creatures composed of gelled metal hydrides generate energy from auroral displays in the upper atmosphere.
Body Plans: Sessile1: Scale = Large (+1); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 1: Frame1, Motile1: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Exoframe; Segments = 0: Motile2: Scale = Large (+1); Symmetry = Bilateral; 4 Limbs; Exoframe; Segments = 1: Frame1,

PLANET 9 (Small Deadly Frozen Planet)
Year Length = 3.2 years (Outer); Planet Size = Small (-2); Density = 0; Gravity = -1; Day Length = Rapid; Atmos Press = Standard; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = High; Habitability = Deadly; MOONS: Planetesimal,

Biosphere Data Dump

Simple Elecrosynthetic Biosphere: Microscopic electrosynthetic organisms form sludges on the surface of of ice fields, metabolizing free electric currents generated by ice currents. This ecosystem seems either to derive from or be a predecessor of the ecosystem on Planet 4.

PLANET 10 (Deadly Frozen Planetoid)
Year Length = 74.1 years (Extreme Outer); Planet Size = Planetoid (-3); Density = 1; Gravity = -2; Day Length = Very Rapid; Atmos Press = Very Low; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.25; Seasonality = Extreme; Habitability = Deadly; MOONS:

Biosphere Data Dump

No Biosphere.

(ζ:07:-4) M-Class Main Sequence (Binary)

(ζ:07:-4:A) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Maturing (-1)

(ζ:07:-4:B) L-Class Brown Dwarf

Aspects: Cool Red Brown Dwarf, X-Ray Flares; Stellar Age: Very Old (+3)--Grid07 z-4--

(ζ:10:-2) M-Class Cool Subdwarf

Aspects: Cool Red Star, Dim Star Poor in Resources
Stellar Age: Old (+2)

Planetary System Data Dump

PLANET 1 (Hot Gas Giant)

Orbit = Habitable Zone(0); Year Length = 0.2818319; Planet Size = Giant (4); Density = -3; Gravity = 4; Day Length = Rapid; Atmos Press = Hazardous; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Very Low; Habitability = Deadly;

MOONS: Planetesimal, Ring System, Ring System, Ring System, Planetoid, Ring System, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Small, Ring System, Ring System, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetoid, Planetesimal, Planetesimal, Ring System, Planetesimal, Ring System, Planetoid, Planetesimal, Ring System, Planetoid,

Biosphere Data Dump

Extreme Biodiversity;
Paradigm = Exotic; Primary Energy Source = Magnetosynthesis; Body Plans: Sessile1: Scale = Micro (-2); Symmetry = Biradial; No Limbs; No Frame; Segments = 0: Sessile2: Scale = Small (-1); Symmetry = Radial; 1 Limb; Endoframe; Segments = 0: Motile1: Scale = Micro (-2); Symmetry = Radial; 2 Limbs; Endoframe; Segments = 1: Limb1,Motile2: Scale = Small (-1); Symmetry = Bilateral; 8 limbs; Endoframe; Segments = 0: Motile3: Scale = Micro (-2); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 1: Frame1,Motile4: Scale = Quantum (-3); Symmetry = Spherical; 6 Limbs; Endoframe; Segments = 2: Frame1,Limb2,
Paradigm = Exotic; Primary Energy Source = Thermosynthesis; Sessile1: Scale = Micro (-2); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 4: Frame1,Frame2,Body3,Frame4,Sessile2: Scale = Quantum (-3); Symmetry = Asymmetry; 3-4 Limbs; Endoframe; Segments = 1: Frame1,Motile1: Scale = Micro (-2); Symmetry = Biradial; 4 Limb; No Frame; Segments = 1: Frame1,Motile2: Scale = Quantum (-3); Symmetry = Radial; 5-6 limbs; Endoframe; Segments = 4: Frame1,Frame2,Frame3,Limb4,Motile3: Scale = Medium (+0); Symmetry = Bilateral; 4 Limbs; Endoframe; Segments = 1: Frame1,Motile4: Scale = Micro (-2); Symmetry = Bilateral; 2 Limb2; No Frame; Segments = 0:

PLANET 2 (Hot Gas Giant)
Orbit = Habitable Zone(0); Year Length = 0.2818319; Planet Size = Giant (4); Density = -3; Gravity = 6; Day Length = Rapid; Atmos Press = Insidious; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Standard; Habitability = Deadly; MOONS: Planetoid, Planetesimal, Planetesimal, Ring System, Ring System, Planetesimal, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetoid, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetesimal, Small, Ring System, Ring System, Planetesimal, Planetesimal, Planetesimal, Ring System, Planetoid,

Biosphere Data Dump

No Biosphere

(ζ:11:4) M-Class Main Sequence (Binary)

(ζ:11:4:A) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Aging (+1)

(ζ:11:4:B) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Maturing (-1)

(ζ:13:0) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Maturing (-1)

(ζ:16:1) K-Class Main Sequence (Binary)

(ζ:16:1:A) K-Class Main Sequence

Aspects: Warm Orange Star
Stellar Age: Very Young (-3) ^CONCEPT

Planetary System Data Dump

H-Zone Distance: 0.3559787; H-Zone Period: 0.2757642

PLANET 1 (Deadly Barren Planetoid)
Year Length = 25 days (Inner); Planet Size = Planetoid (-3); Density = -1; Gravity = -6; Day Length = Very Slow; Atmos Press = Trace; Surface Temp = Warm; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low; Habitability = Deadly; MOONS:

Biosphere Data Dump

No Biosphere

PLANET 2 (Standard Deadly Cold Planet)
Year Length = 60 days (Inner Habitable); Planet Size = Standard (0); Density = -3; Gravity = -3; Day Length = Reduced; Atmos Press = Very Low; Surface Temp = Standard; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1E-02; Seasonality = Low; Habitability = Deadly; MOONS: Planetesimal, Planetesimal, Ring System,

Biosphere Data Dump

No Biosphere

PLANET 3 (Standard Inimical Poisonous Planet)
Year Length = 101 days (Habitable); Planet Size = Standard (0); Density = 0; Gravity = -1; Day Length = Rapid; Atmos Press = Standard; Surface Temp = Standard; Atmosphere Type = Aqueous (Unbreathable); Surface Liquid Proportion = 0.5; Seasonality = High; Habitability = Inimical; MOONS:

Biosphere Data Dump

No Biodiversity; Paradigm = Exotic; Primary Energy Source = Gravitosynthesis; Body Plans: Sessile1: Scale = Small (-1); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 2: Limb1,Frame2,

PLANET 4 (Standard Deadly Frozen Planet)
Year Length = 152 days (Outer Habitable); Planet Size = Standard (0); Density = -1; Gravity = -3; Day Length = Increased; Atmos Press = Trace; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low; Habitability = Deadly; MOONS: Planetesimal, Ring System,

Biosphere Data Dump

No Biosphere

PLANET 5 (Large Deadly Inferno Planet)
Year Length = 197 days (Outer Habitable); Planet Size = Large (2); Density = 3; Gravity = 11; Day Length = Extremely Rapid; Atmos Press = Insidious; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low; Habitability = Deadly; MOONS: Ring System, Ring System, Planetesimal, Ring System, Ring System, Ring System,

Biosphere Data Dump

No Biosphere

PLANET 6 (Small Standard Deadly Barren Planet)
Year Length = 3 years (Outer); Planet Size = Small Standard (-1); Density = 2; Gravity = -1; Day Length = Extremely Rapd; Atmos Press = Very Low; Surface Temp = Standard; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 5E-02; Seasonality = Low; Habitability = Deadly; MOONS: Planetoid, Ring System, Planetesimal,

Biosphere Data Dump

No Biosphere

PLANET 7 (Large Standard Deadly Frozen Planet) Year Length = 8.5 years (Outer); Planet Size = Large Standard (1); Density = 0; Gravity = -1; Day Length = Extremely Rapid; Atmos Press = Standard; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.25; Seasonality = Extreme; Habitability = Deadly; MOONS: Planetesimal, Planetesimal,

Biosphere Data Dump

No Biosphere

(ζ:16:1:B) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Maturing (-1)

(ζ:17:-1) M-Class Cool Subdwarf

Aspects: Cool Red Star, Dim Star Poor in Resources
Stellar Age: Aging (+1)
BIOSPHERE SIGNATURE DETECTED ^CONCEPT

Planetary System Data Dump

Planetary System(6); H-Zone Distance: 0.1957364; H-Zone Period: 0.2043411

PLANET 1

Orbit = Highly Eccentric(-4); Year Length = 0.228862; Planet Size = Giant (4); Density = -3; Gravity = 2; Day Length = Very Slow; Atmos Press = Standard; Surface Temp = Cool; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.5; Seasonality = Low; Biosphere; Habitability = Agreeable;

MOONS: Planetoid, Small, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetoid, Planetoid, Planetesimal, Planetoid, Planetoid, Ring System, Planetesimal, Ring System, Planetoid, Planetesimal, Small, Planetoid, Planetesimal, Planetesimal, Planetoid, Planetoid, Planetesimal, Small, Planetoid, Planetesimal, Planetoid, Planetesimal, Ring System, Ring System, Small, Small, Planetoid, Planetesimal, Small, Ring System, Ring System, Planetesimal, Planetoid, Small, BIOSPHERE HUMAN STANDARD EXOINTELLIGENCE R1Low Biodiversity; Paradigm = Alternate; Primary Energy Source = Chemosynthesis; Sessile1: Scale = Large (+1); Symmetry = Biradial; 16 Limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Large (+1); Symmetry = Asymmetry; 2 Limbs; Endoframe; Segments = 1: Frame1, Motile2: Scale = Huge (+2); Symmetry = Radial; 2 Limbs; No Frame; Segments = 2: Limb1,Frame2,

PLANET 2

Orbit = Habitable Zone(0); Year Length = 0.2860775; Planet Size = Giant (4); Density = -3; Gravity = 3; Day Length = Rapid; Atmos Press = Very High; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low; Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetoid, Planetesimal, Planetesimal, Planetesimal, Ring System, Planetoid, Ring System, Planetesimal, Planetesimal, Planetoid, Planetoid, Planetoid, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Ring System, Small, Planetesimal, Planetesimal, Planetoid, Planetesimal, Planetesimal, Ring System, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal, Ring System, Small, Ring System, Planetesimal, Planetesimal, Small, Ring System, Planetesimal, Planetoid, Planetoid, Planetesimal, BIOSPHERE NO EXOINTELLIGENCE R-9Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Magnetosynthesis; Sessile1: Scale = Micro (-2); Symmetry = Spherical; No Limbs; No Frame; Segments = 2: Frame1,Limb2, Motile1: Scale = Small (-1); Symmetry = Biradial; 4 Limb; Endoframe; Segments = 0: Motile2: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 0:

PLANET 3

Orbit = Habitable Zone(0); Year Length = 0.2860775; Planet Size = Giant (4); Density = -3; Gravity = 4; Day Length = Very Rapid; Atmos Press = Hazardous; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Standard; No Biosphere; Habitability = Deadly;

MOONS: Small, Planetesimal, Planetesimal, Planetesimal, Planetoid, Planetoid, Planetoid, Planetesimal, Ring System, Small, Ring System, Planetesimal, Ring System, Ring System, Planetesimal, Small, Planetesimal, Planetesimal, Planetesimal, Small Standard, Ring System, Small, Planetesimal, Ring System, Planetesimal, Small, Ring System, Planetoid, Small, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Small, Planetesimal, Planetesimal, Planetoid, Planetesimal, Planetesimal,

PLANET 4

Orbit = Habitable Zone(0); Year Length = 0.2860775; Planet Size = Giant (4); Density = -3; Gravity = 5; Day Length = Very Rapid; Atmos Press = Hazardous; Surface Temp = Chthonian; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low; No Biosphere; Habitability = Deadly;

MOONS: Ring System, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetoid, Ring System, Ring System, Planetesimal, Planetesimal, Ring System, Planetesimal, Ring System, Planetoid, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetoid, Planetesimal, Planetesimal, Ring System, Planetoid, Planetesimal, Small, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetoid, Ring System, Small, Small, Planetesimal, Ring System,

PLANET 5

Orbit = Habitable Zone(0); Year Length = 0.2860775; Planet Size = Giant (4); Density = -3; Gravity = 3; Day Length = Rapid; Atmos Press = Very High; Surface Temp = Warm; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = Little; Biosphere; Habitability = Deadly;

MOONS: Ring System, Planetoid, Ring System, Planetesimal, Planetesimal, Ring System, Ring System, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetoid, Planetesimal, Planetesimal, Ring System, Planetesimal, Ring System, Planetesimal, Planetesimal, Ring System, Planetoid, Planetesimal, Planetesimal, Ring System, Small, Planetesimal, Planetesimal, Planetesimal, Planetoid, Planetoid, Ring System, Ring System, Small, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetoid, BIOSPHERE NO EXOINTELLIGENCE R-5Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Radiosynthesis; Sessile1: Scale = Micro (-2); Symmetry = Biradial; 16 Limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Small (-1); Symmetry = Radial; 2 Limbs; Endoframe; Segments = 1: Body1, Motile2: Scale = Small (-1); Symmetry = Radial; 5-6 limbs; No Frame; Segments = 1: Frame1,

PLANET 6

Orbit = Habitable Zone, Outer(1); Year Length = 0.5149395; Planet Size = Giant (4); Density = -3; Gravity = 1; Day Length = Increased; Atmos Press = Standard; Surface Temp = Cold; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.8; Seasonality = High Standard; Biosphere; Habitability = Marginal;

MOONS: Ring System, Ring System, Small Standard, Planetoid, Small, Planetesimal, Planetoid, Planetoid, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Ring System, Small, Planetoid, Planetesimal, Planetoid, Ring System, Ring System, Planetoid, Small, Small, Planetesimal, Planetesimal, Planetesimal, Small Standard, Small Standard, Planetesimal, Small Standard, Ring System, Planetoid, Ring System, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal, BIOSPHERE LOW HUMAN EXOINTELLIGENCE R-1High Biodiversity; Paradigm = Alternate; Primary Energy Source = Chemosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Biradial; No Limbs; Endoframe; Segments = 1: Body1, Motile1: Scale = Large (+1); Symmetry = Biradial; No Limbs; Endoframe; Segments = 2: Frame1,Limb2, Motile2: Scale = Large (+1); Symmetry = Radial; 5-6 limbs; Endoframe; Segments = 0:

BAYOU SYSTEM (ζ:41:0) M-Class Main Sequence (Binary)

NOTE: At time of Stage Zero contact, the lost colony of Bayou was exploiting all worlds in this system. Stations, installations, colonies, and full settlements can be found throughout the system. ^CONCEPT

BETEROUGE (ζ:41:0:A) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Maturing (-1) MULTIPLE BIOSPHERES PRESENT
CONTACTED COLONY PRESENT: SCIForceInst AccBur is pursuing Stage 3 Contact with colony known as Bayou. See details below.
SEED NETWORK: Seed Network Homa has reached S3 in this system.

H-Zone Distance: 0.2222905
H-Zone Period: 0.2707264

SERMENT (ζ:41:0:A:1) Standard Deadly Inferno Planet

Year Length: 35 days (Inner); Size: Standard (0); Gravity: High (+3); Day Length: Rapid; Atmos Press: Very High; Surface Temp: Inferno (+5); Surface Liquid: 90% (molten elements); Seasonality: Little; Habitability: Deadly (-4)
MOONS: Planetesimal, Planetesimal
SIMPLE BIOSPHERE

PARRAIN (ζ:41:0:A:2) Small/Standard Deadly Inferno Planet

Year Length: 84 days (Inner Habitable); Size: Small Standard (-1); Gravity: High (+3); Day Length: Very Rapid; Atmos Press: Very High; Surface Temp: Inferno; (+4); Surface Liquid: 80% (molten elements); Seasonality: Low; Habitability: Deadly (-4)
MOONS: Small, Small, Planetesimal
BIOSPHERE
Low Biodiversity; Paradigm = Exotic; Primary Energy Source = Photosynthesis;
Sessile1: Scale = Micro (-2); Symmetry = Biradial; 64 limbs; No Frame; Segments = 2: Limb1,Limb2,
Motile1: Scale = Small (-1); Symmetry = Biradial; No Limbs; No Frame; Segments = 0:
Motile2: Scale = Small (-1); Symmetry = Asymmetry; 5-6 limbs; Endoframe; Segments = 3: Body1,Body2,Frame3,

DECHIRER (ζ:41:0:A:3) Standard Deadly Desert Planet

Year Length: 120 days (Habitable); Size: Standard (0); Gravity: Very Low (-3); Day Length: Slow; Atmos Press: Very Low; Surface Temp: Standard; Surface Liquid: Trace; Seasonality: Very Low; Habitability: Deadly (-4)
MOONS: Planetoid, Small Standard, Ring System
BIOSPHERE
Low Biodiversity; Paradigm = Exotic; Primary Energy Source = Magnetosynthesis;
Sessile1: Scale = Huge (+2); Symmetry = Asymmetry; No Limbs; No Frame; Segments = 2: Body1,Frame2,
Motile1: Scale = Medium (+0); Symmetry = Asymmetry; 7-10 limbs; Exoframe; Segments = 1: Organs1,
Motile2: Scale = Huge (+2); Symmetry = Asymmetry; No Limbs; Endoframe; Segments = 1: Limb1,

BAYOU (ζ:41:0:A:4) Large Standard Agreeable Ocean Planet

Year Length: 150 days (Habitable); Size: Large Standard (1); Gravity: High (+2); Day Length: Very Rapid; Atmos Press: Standard (Breathable); Surface Temp: Warm; Surface Liquid: 100% (Shallow water seas and wetlands); Seasonality: High Standard; Habitability: Agreeable (+3)
MOONS: Ring System, Planetesimal, Standard
CONTACTED COLONY: BAYOU
Balkanised, Population 10^10, Mercantilist Oligarchy with widespread sentience coordination. Temple of the Universal Mind is present as part of SCIForceInst AccBur Stage 3 contact. Tech Index 8 (9 in ToUM areas). Systemwide Limited Mindscape initiated on top of existing proto-Mindscape.

Cultural Referents

Bayou Culture The lost colony of Bayou had, at the time of contact, developed into a strongly mercantilist oligarchical system or corporacy-like "families" of great size and complexity. Within the past 400 years pre-contact a kind of primitive eidolon engineering had been developed, which was called "grandfathering". The synthetics created by this process were referred to as "Grandfathers" (regardless of gender) and treated with a reverence verging on worship. (The Temple of the Universal Mind is acting to transform this local variation of the Transmigration Heresy). This culture had fully exploited the Bayou system by the time of contact.

Scale: Interplanetary (+7); Reach: Interplanetary (+7); Tech Index: 8 Dominant Meme: Profit for the Family is Profit for Me; Other Memes: The Universe is a New Market Competing Memes: Trust the Grandfathers

BIOSPHERE
Low Biodiversity; Paradigm = T-congruent; Primary Energy Source = Photosynthesis;
Sessile1: Scale = Large (+1); Symmetry = Bilateral; No Limbs; Endoframe; Segments = 0:
Motile1: Scale = Large (+1); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 1: Frame1,
Motile2: Scale = Medium (+0); Symmetry = Bilateral; 8 limbs; No Frame; Segments = 3: Frame1,Frame2,Frame3,

COURONNE (ζ:41:0:A:5) Small/Standard Deadly Frozen Planet

Year Length: 200 days (Outer Habitable); Size: Small Standard (-1); Gravity: Low (-2); Day Length: Standard; Atmos Press: Low; Surface Temp: Cold (-2); Surface Liquid Proportion: Trace; Seasonality: Low Standard; Habitability: Deadly
MOONS: Planetesimal, Planetesimal, Small
BIOSPHERE
Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Thermosynthesis;
Sessile1: Scale = Large (+1); Symmetry = Radial; No Limbs; No Frame; Segments = 1: Limb1,
Motile1: Scale = Large (+1); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 2: Frame1,Frame2,
Motile2: Scale = Large (+1); Symmetry = Bilateral; No Limbs; No Frame; Segments = 1: Organs1,

TRONC (ζ:41:0:A:6) Small Deadly Barren Planet

Year Length: 240 days (Outer Habitable); Size: Small (-2); Gravity: Low (-2); Day Length: Standard; Atmos Press: Very Low; Surface Temp: Frozen (-4); No surface Liquid; Seasonality: Low; Habitability: Deadly

ZOIE (ζ:41:0:A:7) Large Deadly Inferno Planet

Year Length: 270 days (Outer Habitable); Size: Large (+2); Gravity: Very High (+5); Day Length: Extremely Rapid; Atmos Press: Hazardous; Surface Temp: Furnace (+3); Surface Liquid: 100% (molten elements); Seasonality: Standard; Habitability: Deadly (-4)
MOONS: Ring System, Planetoid, Planetoid, Planetoid, Small Standard, Ring System, Small, Planetesimal, Planetoid, Planetesimal
SIMPLE BIOSPHERE

ACHMODER (ζ:41:0:A:8) Small Marginal Ice Planet

Year Length: 300 days (Outer Habitable); Size: Small (-2); Gravity: High Standard (+1); Day Length: Very Rapid; Atmos Press: Standard (Breathable); Surface Temp: Cold (-2); Surface Liquid: 100% (Permanent ice cover over icy sea); Seasonality: Low; Habitability: Marginal (+0)
MOONS: Planetoid
NOTE: This planet has a substantial (10^7) population on it of inhabitants descended from the colony on Bayou (ζ:41:0:A:4). BIOSPHERE
Standard Biodiversity; Paradigm = Alternate; Primary Energy Source = Chemosynthesis;
Sessile1: Scale = Large (+1); Symmetry = Radial; No Limbs; No Frame; Segments = 0:
Motile1: Scale = Medium (+0); Symmetry = Biradial; No Limbs; Exoframe; Segments = 1: Frame1,
Motile2: Scale = Large (+1); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 2: Frame1,Frame2,

(ζ:41:0:B) M-Class Cool Subdwarf

Aspects: Cool Red Star, Dim Star Poor in Resources
Stellar Age: Maturing (-1)

(ζ:42:-4) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Young (-2)
BIOSPHERE SIGNATURE DETECTED^CONCEPT

Planetary System Data Dump

Aspects (Cool Red Star, Ancient Highly Evolved Star System); Young(-2); M-Class; Planetary System(8); H-Zone Distance: 0.2005157; H-Zone Period: 0.2162892; Plentiful: oxides; Stellar Age = -2; Stellar Mass = 0.3157231; Stellar Radius = 0.4420123; Stellar Luminosity = 6.314462E-02;

PLANET 1

Orbit = Inner(-2); Year Length = 7.570123E-02; Planet Size = Planetesimal (-4); Density = 0; Gravity = -5; Day Length = Extremely Slow; Atmos Press = Trace; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low Standard; No Biosphere; Habitability = Deadly;

MOONS:

PLANET 2

Orbit = Habitable Zone, Inner(-1); Year Length = 0.181683; Planet Size = Large (2); Density = 0; Gravity = 4; Day Length = Extremely Rapid; Atmos Press = Insidious; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = High Standard; No Biosphere; Habitability = Deadly;

MOONS: Small, Planetesimal, Small, Planetoid, Small, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetoid,

PLANET 3

Orbit = Habitable Zone, Outer(1); Year Length = 0.5450489; Planet Size = Small (-2); Density = 2; Gravity = 0; Day Length = Very Rapid; Atmos Press = Standard; Surface Temp = Standard; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 1; Seasonality = Low; Biosphere; Habitability = Marginal;

MOONS: Planetoid, BIOSPHERE NO EXOINTELLIGENCE R-4Low Biodiversity; Paradigm = Parallel; Primary Energy Source = Magnetosynthesis; Sessile1: Scale = Large (+1); Symmetry = Biradial; 4 Limb; No Frame; Segments = 1: Body1, Motile1: Scale = Medium (+0); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 1: Frame1, Motile2: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; Exoframe; Segments = 1: Frame1,

PLANET 4

Orbit = Inner(-2); Year Length = 7.570123E-02; Planet Size = Very Large (3); Density = 0; Gravity = 6; Day Length = Extremely Rapd; Atmos Press = Insidious; Surface Temp = Chthonian; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low; No Biosphere; Habitability = Deadly;

MOONS: Planetoid, Planetesimal, Planetesimal, Planetesimal, Small, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal,

PLANET 5

Orbit = Habitable Zone, Outer(1); Year Length = 0.5450489; Planet Size = Large Standard (1); Density = 3; Gravity = 7; Day Length = Extremely Rapid; Atmos Press = Hazardous; Surface Temp = Warm; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Standard; Simple Biosphere; Habitability = Deadly;

MOONS: Planetoid, Planetoid, Ring System,

PLANET 6

Orbit = Outer(2); Year Length = 3.330854; Planet Size = Giant (4); Density = -1; Gravity = 8; Day Length = Extremely Rapid; Atmos Press = Hazardous; Surface Temp = Hot; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = High Standard; No Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetoid, Ring System, Planetesimal, Planetesimal, Planetesimal, Small, Planetesimal, Small, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal, Small Standard, Ring System, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Small, Small, Standard, Planetoid, Planetesimal, Planetesimal, Planetoid, Planetesimal, Small, Ring System, Small, Planetoid, Planetesimal, Planetesimal, Standard, Small, Planetesimal, Ring System, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal,

PLANET 7

Orbit = Habitable Zone, Outer(1); Year Length = 0.5450489; Planet Size = Standard (0); Density = 2; Gravity = 0; Day Length = Very Rapid; Atmos Press = High; Surface Temp = Standard; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 0.9; Seasonality = Low; Biosphere; Habitability = Marginal;

MOONS: Planetoid, Planetesimal, Planetesimal, BIOSPHERE NO EXOINTELLIGENCE R-7Very Low Biodiversity; Paradigm = T-analogue; Primary Energy Source = Thermosynthesis; Sessile1: Scale = Large (+1); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 1: Body1, Motile1: Scale = Small (-1); Symmetry = Asymmetry; No Limbs; Exoframe; Segments = 3: Frame1,Frame2,Frame3,

PLANET 8

Orbit = Habitable Zone, Inner(-1); Year Length = 0.181683; Planet Size = Small Standard (-1); Density = 2; Gravity = 2; Day Length = Very Rapid; Atmos Press = Standard; Surface Temp = Hot; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 0.25; Seasonality = Low Standard; Biosphere; Habitability = Marginal;

MOONS: Small, Planetoid, Planetesimal, BIOSPHERE NO EXOINTELLIGENCE R-6No Biodiversity; Paradigm = Parallel; Primary Energy Source = Thermosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Radial; 2 Limbs; No Frame; Segments = 1: Limb1,

(ζ:43:-3) M-Class Supergiant

Aspects: Huge Red Giant as Big as a Solar System, Close to Supernova, Radiation Hazard
Stellar Age: Ancient (+4) ^CONCEPT

Planetary System Data Dump

Aspects (Red Giant, Huge Red Giant with Blasted Inner Worlds, Strange Life Evolved Anew in the Outer Solar System, About to Go Supernova, Huge Star as Big as a Solar System, Radiation Hazard); Ancient(4); M-Class; Planetary System(2); H-Zone Distance: 31.33822; H-Zone Period: 67.82713; Plentiful: oxides; Stellar Age = 4; Stellar Mass = 4.852254; Stellar Radius = 42.53936; Stellar Luminosity = 105.6301;

PLANET 1

Orbit = Habitable Zone(0); Year Length = 27.13085; Planet Size = Large Standard (1); Density = -3; Gravity = -2; Day Length = No Rotation/Tidal Loc; Atmos Press = Very Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Very High; No Biosphere; Habitability = Deadly;

MOONS: Ring System, Planetesimal, Ring System,

PLANET 2

Orbit = Inner(-2); Year Length = 6.782712; Planet Size = Large Standard (1); Density = -2; Gravity = -1; Day Length = No Rotation/Tidal Loc; Atmos Press = Low; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = Extreme; No Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetesimal, Planetesimal,

SULLIVAN'S RAINBOW SYSTEM: THE EYE (ζ:43:-3) M-Class Subgiant

Aspects: Cool Red Star
Stellar Age: Aging (+1)
MULTIPLE BIOSPHERES PRESENT LOST COLONY PRESENT: A balkanized colony on is undergoing Stage Zero contact and memetic evaluation. See details below.
SEED NETWORK: Seed Network Sunday Morning has achieved S3.
NOTE: "The Eye" is the name the local culture has given to the star at the center of this system.

H-Zone Distance: 0.2364243; H-Zone Period: 0.2490608

SAPPHIRE (ζ:43:-3:X:1) Large/Standard Deadly Barren Planet

Year Length: 77 days (Inner Habitable); Size: Large Standard (+1); Gravity: Low (-2); Day Length: Extremely Slow; Atmos Press: Very Low; Surface Temp: Cool (-1); No Surface Liquid; Seasonality: Low; Habitability: Deadly (-4)
MOONS: Small Standard, Planetesimal, Small

SULLIVAN'S RAINBOW (ζ:43:-3:X:2) Large/Standard Agreeable Garden Planet

Year Length: 215 days (Outer Habitable); Size: Large Standard (+1); Gravity: Standard (+0); Day Length: Standard; Atmos Press: Standard (Breathable); Surface Temp: Cool; Surface Liquid: 50% (water); Seasonality: Low; Habitability: Agreeable (+3)
MOONS: Planetesimal, Planetesimal, Ring System, Planetoid
LOST COLONY: Undergoing Stage Zero contact, Balkanized Dictorships, overall population 10^8 broken into multiple 10^6 and 10^5 size units, Tech Index 5, many violent and hostile memes present. ^CONCEPT

Cultural Referents

Sulivan's Rainbow Culture At some point after the founding of this colony, vast pre-genurgic eugenic activities were conducted on a scale rarely seen by the Commonality. These activities led to the creation of nearly 100 separate lineages, each literally bred for certain roles in society. The lineages that occupies the leadership role in the culture, called the "Foremost", have been bred for high levels of intelligence and very low levels of empathy, and form rigidly controlled dictatorships. Ritualized warfare using combat lineages is routine, as is human sacrifice and cannibalism. SCIForceInst is considering this world for RAVE (Rapid Acculturation by Violent Expedients), as it considers this world one of the most toxic it has encountered.

Dominant Meme: Lineage Determines All Other Memes: Breed out Unwanted Flaws and Weakness, The Foremost Rule Supreme

BIOSPHERE
Standard Biodiversity; Paradigm = Transplant; Primary Energy Source = Photosynthesis;

RUBY (ζ:43:-3:X:3) Large/Standard Deadly Inferno Planet

Year Length: 310 days (Outer Habitable); Size: Large Standard (+1); Gravity: High (+3); Day Length: Very Rapid; Atmos Press: Very High; Surface Temp: Inferno; Surface Liquid: 100% (molten elements); Seasonality: Low; Habitability: Deadly
MOONS: Ring System, Planetesimal, Planetesimal, Planetoid, Planetesimal

DIAMOND (ζ:43:-3:X:4) Standard Deadly Barren Planet

Year Length: 400 days (Outer Habitable); Size: Standard (+0); Gravity: (-5); Day Length: Extremely Slow; Atmos Press: Trace; Surface Temp: Frozen; No Surface Liquid; Seasonality: High; Habitability: Deadly (-4)
MOONS: Planetoid, Planetesimal, Planetesimal

EMERALD (ζ:43:-3:X:5) Standard Lethal Frozen Planet

Year Length: 2.09 yrs (Highly Eccentric); Size; Standard (0); Gravity: High Standard (+1); Day Length: Extremely Slow; Atmos Press: Standard; Surface Temp: Frigid; Surface Liquid: 90% (liquid hydrocarbons); Seasonality: Low; Habitability: Lethal (-3)
MOONS: Planetesimal, Planetesimal
BIOSPHERE
High Biodiversity; Paradigm = Exotic; Primary Energy Source = Radiosynthesis;
Sessile1: Scale = Large (+1); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 4: Limb1,Limb2,Limb3,Frame4,
Motile1: Scale = Medium (+0); Symmetry = Radial; 3-4 Limbs; No Frame; Segments = 1: Frame1,
Motile2: Scale = Large (+1); Symmetry = Biradial; 32 limbs; Endoframe; Segments = 0:

AMETHYST (ζ:43:-3:X:2) Small/Standard Deadly Barren Planet

Year Length: 3.53 yrs (Outer); Size: Small Standard (-1); Gravity: Low (-2); Day Length: Reduced; Atmos Press: Low; Surface Temp: Frigid; Surface Liquid: Trace; Seasonality: High; Habitability: Deadly (-4)
MOONS: Planetoid, Ring System, Ring System
BIOSPHERE
High Biodiversity; Paradigm = Exotic; Primary Energy Source = Magnetosynthesis;
Sessile1: Scale = Medium (+0); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 0:
Motile1: Scale = Large (+1); Symmetry = Radial; 2 Limbs; No Frame; Segments = 0:
Motile2: Scale = Huge (+2); Symmetry = Bilateral; 6 Limbs; Endoframe; Segments = 3: Frame1,Frame2,Frame3,

AMBER (ζ:43:-3:X:2) Large Deadly Inferno Planet

Year Length: 5.12 yrs (Outer); Size: Large (+2); Gravity: Very High (+5); Day Length: Extremely Rapid; Atmos Press: Insidious; Surface Temp: Inferno; Surface Liquid: 100% (molten elements); Seasonality: Low; Habitability: Deadly (-4)
MOONS: Planetesimal, Planetesimal, Ring System, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal

(ζ:48:2) G-Class Main Sequence

Aspects: Warm Yellow Star, Sunlight Feels Like Home
Stellar Age: Old (+2)
BIOSPHERE SIGNATURE DETECTED^CONCEPT

Planetary System Data Dump

Aspects (Warm Yellow Star, Sunlight Feels Like Home); Old(2); G-Class; Planetary System(7); H-Zone Distance: 1.039254; H-Zone Period: 1.085672; Plentiful: calcium, other metals; Stellar Age = 2; Stellar Mass = 0.9464181; Stellar Radius = 1.119627; Stellar Luminosity = 1.258882;

PLANET 1

Orbit = Habitable Zone, Outer(1); Year Length = 1.95421; Planet Size = Large (2); Density = -2; Gravity = 2; Day Length = Increased; Atmos Press = Standard; Surface Temp = Standard; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 0.65; Seasonality = Low; Biosphere; Habitability = Marginal;

MOONS: Planetesimal, Planetoid, Ring System, Planetesimal, Planetoid, Planetesimal, Planetesimal, Ring System, BIOSPHERE LOW HUMAN EXOINTELLIGENCE: Evo Index -1; Exoscale Huge (+2), bodyplan noted below, Tech Index ~3 Extreme Biodiversity; Paradigm = Alternate; Primary Energy Source = Chemosynthesis; Sessile1: Scale = Large (+1); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 2: Frame1,Frame2, Sessile2: Scale = Large (+1); Symmetry = Biradial; No Limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Large (+1); Symmetry = Asymmetry; No Limbs; No Frame; Segments = 1: Frame1, Motile2: Scale = Huge (+2); Symmetry = Biradial; No Limbs; No Frame; Segments = 2: Frame1,Frame2, Motile3: Scale = Large (+1); Symmetry = Bilateral; 22+ limbs; Endoframe; Segments = 2: Frame1,Frame2, Motile4: Scale = Large (+1); Symmetry = Biradial; 64 limbs; No Frame; Segments = 1: Body1, Paradigm = T-analogue; Primary Energy Source = Photosynthesis; Sessile1: Scale = Huge (+2); Symmetry = Radial; No Limbs; No Frame; Segments = 2: Limb1,Limb2, Sessile2: Scale = Large (+1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 1: Limb1, Motile1: Scale = Huge (+2); Symmetry = Asymmetry; 2 Limbs; Endoframe; Segments = 1: Frame1,

• • Motile2: Scale = Huge (+2); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 1: Frame1,**

Motile3: Scale = Large (+1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 0: Motile4: Scale = Large (+1); Symmetry = Biradial; 32 limbs; No Frame; Segments = 1: Frame1,

PLANET 2

Orbit = Habitable Zone, Outer(1); Year Length = 1.95421; Planet Size = Standard (0); Density = 0; Gravity = 1; Day Length = Standard; Atmos Press = Standard; Surface Temp = Cool; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 0.5; Seasonality = Very High; Biosphere; Habitability = Marginal;

MOONS: Ring System, Planetesimal, BIOSPHERE PRE-HUMAN EXOINTELLIGENCE: Evo Index -2; Exoscale Medium (+0); bodyplan noted below Extreme Biodiversity; Paradigm = Parallel; Primary Energy Source = Electrosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 0: Sessile2: Scale = Large (+1); Symmetry = Biradial; 8 Limbs; No Frame; Segments = 2: Limb1,Frame2, Motile1: Scale = Large (+1); Symmetry = Radial; 1 Limb; Endoframe; Segments = 2: Frame1,Frame2, Motile2: Scale = Medium (+0); Symmetry = Biradial; 32 limbs; No Frame; Segments = 1: Frame1,

• • Motile3: Scale = Medium (+0); Symmetry = Biradial; 32 limbs; No Frame; Segments = 2: Frame1,Limb2,**

Motile4: Scale = Large (+1); Symmetry = Biradial; 8 Limbs; No Frame; Segments = 0: Paradigm = Exotic; Primary Energy Source = Electrosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Biradial; 16 Limbs; Endoframe; Segments = 3: Frame1,Frame2,Frame3, Sessile2: Scale = Small (-1); Symmetry = Biradial; No Limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Medium (+0); Symmetry = Biradial; 32 limbs; No Frame; Segments = 0: Motile2: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; Endoframe; Segments = 0: Motile3: Scale = Medium (+0); Symmetry = Radial; 2 Limbs; No Frame; Segments = 2: Frame1,Frame2, Motile4: Scale = Small (-1); Symmetry = Radial; 7-10 limbs; Endoframe; Segments = 2: Limb1,Frame2,

PLANET 3

Orbit = Habitable Zone(0); Year Length = 1.085672; Planet Size = Large Standard (1); Density = 2; Gravity = 4; Day Length = Rapid; Atmos Press = Insidious; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low Standard; Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetesimal, Planetesimal, Planetesimal, BIOSPHERE Extreme Biodiversity; Paradigm = Exotic; Primary Energy Source = Gravitosynthesis; Sessile1: Scale = Micro (-2); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 2: Limb1,Limb2, Sessile2: Scale = Micro (-2); Symmetry = Biradial; 64 limbs; No Frame; Segments = 0: Motile1: Scale = Small (-1); Symmetry = Radial; 1 Limb; No Frame; Segments = 1: Limb1, Motile2: Scale = Micro (-2); Symmetry = Radial; 2 Limbs; No Frame; Segments = 0: Motile3: Scale = Micro (-2); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 0: Motile4: Scale = Micro (-2); Symmetry = Bilateral; 2 Limb2; No Frame; Segments = 3: Frame1,Limb2,Frame3, Paradigm = Exotic; Primary Energy Source = Radiosynthesis; Sessile1: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 0: Sessile2: Scale = Quantum (-3); Symmetry = Biradial; 4 Limb; No Frame; Segments = 1: Frame1, Motile1: Scale = Micro (-2); Symmetry = Bilateral; 6 Limbs; Endoframe; Segments = 0: Motile2: Scale = Small (-1); Symmetry = Asymmetry; 2 Limbs; Endoframe; Segments = 0: Motile3: Scale = Quantum (-3); Symmetry = Biradial; 4 Limb; Endoframe; Segments = 2: Frame1,Limb2, Motile4: Scale = Small (-1); Symmetry = Radial; 7-10 limbs; No Frame; Segments = 0:

PLANET 4

Orbit = Inner(-2); Year Length = 0.2714181; Planet Size = Large Standard (1); Density = -1; Gravity = 1; Day Length = Very Slow; Atmos Press = Standard; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.9; Seasonality = Low; Biosphere; Habitability = Lethal;

MOONS: Planetesimal, Ring System, Planetesimal, BIOSPHERE Extreme Biodiversity; Paradigm = Parallel; Primary Energy Source = Thermosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Radial; No Limbs; No Frame; Segments = 0: Sessile2: Scale = Large (+1); Symmetry = Radial; 1 Limb; Endoframe; Segments = 1: Limb1, Motile1: Scale = Large (+1); Symmetry = Biradial; No Limbs; Endoframe; Segments = 0: Motile2: Scale = Medium (+0); Symmetry = Bilateral; 6 Limbs; Endoframe; Segments = 0: Motile3: Scale = Large (+1); Symmetry = Bilateral; 6 Limbs; Endoframe; Segments = 0: Motile4: Scale = Large (+1); Symmetry = Bilateral; 4 Limbs; Endoframe; Segments = 0: Paradigm = Parallel; Primary Energy Source = Photosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Bilateral; 4 Limbs; Exoframe; Segments = 1: Limb1, Sessile2: Scale = Medium (+0); Symmetry = Radial; 5-6 limbs; No Frame; Segments = 0: Motile1: Scale = Medium (+0); Symmetry = Biradial; 64 limbs; Endoframe; Segments = 1: Limb1, Motile2: Scale = Medium (+0); Symmetry = Radial; 1 Limb; No Frame; Segments = 2: Frame1,Frame2, Motile3: Scale = Medium (+0); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 0: Motile4: Scale = Medium (+0); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 1: Frame1,

PLANET 5

Orbit = Habitable Zone(0); Year Length = 1.085672; Planet Size = Standard (0); Density = 0; Gravity = 1; Day Length = Reduced; Atmos Press = Standard; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = Standard; Biosphere; Habitability = Hostile;

MOONS: Ring System, Ring System, BIOSPHERE Extreme Biodiversity; Paradigm = Parallel; Primary Energy Source = Chemosynthesis; Sessile1: Scale = Large (+1); Symmetry = Radial; 3-4 Limbs; No Frame; Segments = 1: Frame1, Sessile2: Scale = Medium (+0); Symmetry = Radial; 2 Limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Huge (+2); Symmetry = Biradial; 64 limbs; No Frame; Segments = 1: Limb1, Motile2: Scale = Medium (+0); Symmetry = Bilateral; 8 limbs; Endoframe; Segments = 2: Organs1,Frame2, Motile3: Scale = Medium (+0); Symmetry = Radial; 1 Limb; Endoframe; Segments = 1: Limb1, Motile4: Scale = Medium (+0); Symmetry = Bilateral; 8 limbs; No Frame; Segments = 1: Limb1, Paradigm = Exotic; Primary Energy Source = Electrosynthesis; Sessile1: Scale = Small (-1); Symmetry = Bilateral; 8 limbs; No Frame; Segments = 0: Sessile2: Scale = Large (+1); Symmetry = Biradial; 16 Limbs; Endoframe; Segments = 3: Body1,Frame2,Frame3, Motile1: Scale = Micro (-2); Symmetry = Biradial; 16 Limbs; Endoframe; Segments = 1: Limb1, Motile2: Scale = Medium (+0); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 2: Frame1,Limb2, Motile3: Scale = Medium (+0); Symmetry = Spherical; No Limbs; No Frame; Segments = 2: Limb1,Frame2, Motile4: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 0:

PLANET 6

Orbit = Habitable Zone, Inner(-1); Year Length = 0.6514035; Planet Size = Large (2); Density = -1; Gravity = 3; Day Length = Standard; Atmos Press = Hazardous; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Standard; Biosphere; Habitability = Deadly;

MOONS: Ring System, Planetesimal, Ring System, Planetoid, Planetesimal, BIOSPHERE Very High Biodiversity; Paradigm = Exotic; Primary Energy Source = Magnetosynthesis; Sessile1: Scale = Small (-1); Symmetry = Biradial; 8 Limbs; No Frame; Segments = 0: Sessile2: Scale = Micro (-2); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 1: Limb1,

• • Motile1: Scale = Small (-1); Symmetry = Radial; 1 Limb; Endoframe; Segments = 1: Body1,**

Motile2: Scale = Micro (-2); Symmetry = Bilateral; 8 limbs; Endoframe; Segments = 0: Motile3: Scale = Micro (-2); Symmetry = Bilateral; 4 Limbs; Endoframe; Segments = 1: Body1, Motile4: Scale = Medium (+0); Symmetry = Bilateral; 8 limbs; No Frame; Segments = 2: Frame1,Body2,

PLANET 7

Orbit = Outer(2); Year Length = 11.9424; Planet Size = Large Standard (1); Density = 1; Gravity = 5; Day Length = Extremely Rapd; Atmos Press = Hazardous; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Extreme; No Biosphere; Habitability = Deadly;

MOONS: Ring System, Planetesimal, Ring System,

(ζ:50:3) M-Class Cool Subdwarf

Aspects: Cool Red Star, Dim Star Poor in Resources
Stellar Age: Maturing (-1)

Planetary System Data Dump

--Grid50 z3-- Unknown Star(1), Cool Subdwarf Aspects (Cool Red Star, Ancient Highly Evolved Star System, Dim Star Poor in Resources, Gas Giant Planets Only); Planetary System(1); H-Zone Distance: 0.2013761; H-Zone Period: 0.2184403; Plentiful: helium; Scarce: everything else; Stellar Age = -1; Stellar Mass = 0.3211007; Stellar Radius = 0.449541; Stellar Luminosity = 6.422014E-02;

PLANET 1

Orbit = Outer(2); Year Length = 3.36398; Planet Size = Giant (4); Density = -3; Gravity = 3; Day Length = Extremely Rapid; Atmos Press = Hazardous; Surface Temp = Warm; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low Standard; No Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetoid, Planetesimal, Ring System, Planetoid, Planetesimal, Small, Planetesimal, Planetesimal, Planetesimal, Ring System, Planetoid, Planetesimal, Planetoid, Ring System, Planetesimal, Planetoid, Planetesimal, Ring System, Small, Ring System, Planetesimal, Planetoid, Planetesimal, Planetoid, Planetoid, Planetesimal, Planetoid, Small, Planetesimal, Planetesimal, Small, Planetesimal, Planetesimal, Planetesimal, Planetoid, Planetoid, Ring System, Planetesimal, Planetoid, Planetesimal, Planetoid, Planetoid, Small Standard, Planetoid, Planetesimal, Small,

(ζ:55:-1) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Aging (+1)
BIOSPHERE SIGNATURE DETECTED

Planetary System Data Dump

Aspects (Cool Red Star, Ancient Highly Evolved Star System); Aging(1); M-Class; Planetary System(5); H-Zone Distance: 0.2119516; H-Zone Period: 0.2448789; Plentiful: oxides; Stellar Age = 1; Stellar Mass = 0.3871973; Stellar Radius = 0.5420761; Stellar Luminosity = 7.743945E-02;

PLANET 1

Orbit = Inner(-2); Year Length = 8.570761E-02; Planet Size = Very Large (3); Density = -4; Gravity = -1; Day Length = Extremely Slow; Atmos Press = Low; Surface Temp = Standard; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.25; Seasonality = Little; No Biosphere; Habitability = Challenging;

MOONS: Planetesimal, Ring System, Planetesimal, Planetesimal, Planetoid, Ring System, Planetoid, Planetesimal, Ring System,

BIOSPHERE Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Radiosynthesis; Sessile1: Scale = Small (-1); Symmetry = Biradial; No Limbs; No Frame; Segments = 2: Body1,Frame2, Motile1: Scale = Small (-1); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 0: Motile2: Scale = Small (-1); Symmetry = Radial; 5-6 limbs; No Frame; Segments = 2: Frame1,Limb2, PLANET 2

Orbit = Habitable Zone, Inner(-1); Year Length = 0.2056983; Planet Size = Standard (0); Density = 0; Gravity = 3; Day Length = Increased; Atmos Press = Very High; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Very Low; Biosphere; Habitability = Deadly;

MOONS: Planetoid, Ring System,

PLANET 3

Orbit = Habitable Zone(0); Year Length = 0.3428304; Planet Size = Standard (0); Density = -3; Gravity = -3; Day Length = Extremely Slow; Atmos Press = Trace; Surface Temp = Cool; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Little; No Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Ring System, Planetoid,

BIOSPHERE Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Electrosynthesis; Sessile1: Scale = Quantum (-3); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 3: Limb1,Body2,Frame3, Motile1: Scale = Micro (-2); Symmetry = Asymmetry; 5-6 limbs; Endoframe; Segments = 1: Limb1, Motile2: Scale = Medium (+0); Symmetry = Biradial; 32 limbs; Endoframe; Segments = 0: PLANET 4

Orbit = Habitable Zone(0); Year Length = 0.3428304; Planet Size = Small (-2); Density = 2; Gravity = 2; Day Length = Increased; Atmos Press = Very High; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = Low; Biosphere; Habitability = Deadly;

MOONS: Planetoid,

PLANET 5

Orbit = Habitable Zone(0); Year Length = 0.3428304; Planet Size = Large (2); Density = 2; Gravity = 10; Day Length = Extremely Rapd; Atmos Press = Insidious; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Very Low; Simple Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Ring System, Planetesimal,

(ζ:56:-1) M-Class Main Sequence

Aspects: Cool Red Star
Stellar Age: Maturing (-1)
BIOSPHERE SIGNATURE DETECTED^CONCEPT

Planetary System Data Dump

Aspects (Cool Red Star, Ancient Highly Evolved Star System); Maturing(-1); M-Class; Planetary System(9); H-Zone Distance: 0.2042418; H-Zone Period: 0.2256045; Plentiful: oxides; Stellar Age = -1; Stellar Mass = 0.3390112; Stellar Radius = 0.4746157; Stellar Luminosity = 6.780224E-02;

PLANET 1

Orbit = Inner(-2); Year Length = 7.896157E-02; Planet Size = Small Standard (-1); Density = -1; Gravity = -1; Day Length = Slow; Atmos Press = Low; Surface Temp = Hot; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = Little; Simple Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetoid, Ring System,

PLANET 2

Orbit = Habitable Zone, Inner(-1); Year Length = 0.1895078; Planet Size = Small Standard (-1); Density = -2; Gravity = -5; Day Length = Extremely Slow; Atmos Press = Trace; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low Standard; No Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetesimal, Planetesimal,

BIOSPHERE Low Biodiversity; Paradigm = T-analogue; Primary Energy Source = Photosynthesis; Sessile1: Scale = Large (+1); Symmetry = Spherical; 48 limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Medium (+0); Symmetry = Biradial; 32 limbs; Endoframe; Segments = 0: Motile2: Scale = Medium (+0); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 2: Frame1,Limb2, PLANET 3

Orbit = Habitable Zone, Inner(-1); Year Length = 0.1895078; Planet Size = Large Standard (1); Density = 1; Gravity = 0; Day Length = Standard; Atmos Press = Standard; Surface Temp = Warm; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.9; Seasonality = Standard; Biosphere; Habitability = Agreeable;

MOONS: Small Standard, Planetoid, Small, Planetesimal, Planetesimal,

BIOSPHERE Standard Biodiversity; Paradigm = Alternate; Primary Energy Source = Chemosynthesis; Sessile1: Scale = Large (+1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 2: Limb1,Limb2, Motile1: Scale = Large (+1); Symmetry = Spherical; 6 Limbs; Endoframe; Segments = 2: Body1,Limb2, Motile2: Scale = Large (+1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 1: Limb1, PLANET 4

Orbit = Habitable Zone, Inner(-1); Year Length = 0.1895078; Planet Size = Small Standard (-1); Density = -1; Gravity = 0; Day Length = Standard; Atmos Press = High; Surface Temp = Warm; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.8; Seasonality = Very Low; Biosphere; Habitability = Marginal;

MOONS: Ring System, Ring System, Small,

BIOSPHERE Standard Biodiversity; Paradigm = Parallel; Primary Energy Source = Electrosynthesis; Sessile1: Scale = Huge (+2); Symmetry = Biradial; 4 Limb; Endoframe; Segments = 1: Frame1, Motile1: Scale = Huge (+2); Symmetry = Biradial; 64 limbs; Endoframe; Segments = 0: Motile2: Scale = Medium (+0); Symmetry = Bilateral; 6 Limbs; Endoframe; Segments = 0: PLANET 5

Orbit = Habitable Zone(0); Year Length = 0.3158463; Planet Size = Large Standard (1); Density = 3; Gravity = 2; Day Length = Very Rapid; Atmos Press = High; Surface Temp = Hot; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.5; Seasonality = Low; Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Ring System, Planetesimal, Ring System,

PLANET 6

Orbit = Outer(2); Year Length = 3.474309; Planet Size = Standard (0); Density = -1; Gravity = -2; Day Length = Increased; Atmos Press = Very Low; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1E-02; Seasonality = Standard; No Biosphere; Habitability = Deadly;

MOONS: Planetoid, Planetoid, Ring System,

PLANET 7

Orbit = Habitable Zone(0); Year Length = 0.3158463; Planet Size = Large Standard (1); Density = 0; Gravity = 4; Day Length = Extremely Rapid; Atmos Press = Insidious; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low Standard; No Biosphere; Habitability = Deadly;

MOONS: Small Standard, Planetesimal, Small, Small,

BIOSPHERE Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Magnetosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Biradial; 32 limbs; No Frame; Segments = 2: Frame1,Frame2, Motile1: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; No Frame; Segments = 0: Motile2: Scale = Small (-1); Symmetry = Biradial; 4 Limb; No Frame; Segments = 2: Limb1,Frame2, PLANET 8

Orbit = Habitable Zone, Inner(-1); Year Length = 0.1895078; Planet Size = Standard (0); Density = 1; Gravity = 0; Day Length = Standard; Atmos Press = Standard; Surface Temp = Frigid; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.9; Seasonality = Standard; Biosphere; Habitability = Lethal;

MOONS: Planetoid, Planetoid, Planetesimal,

PLANET 9

Orbit = Habitable Zone(0); Year Length = 0.3158463; Planet Size = Small Standard (-1); Density = 0; Gravity = -2; Day Length = Reduced; Atmos Press = Very Low; Surface Temp = Cool; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1E-02; Seasonality = Very Low; Simple Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetesimal, Ring System,

(ζ:58:0) M-Class Pre-Main Sequence

Aspects: Cool Red Star, Accretion Disk
Stellar Age: Very Young (-3)

AVKOALAI SYSTEM: SODSAI (ζ:61:2) G-Class Main Sequence

Aspects: Warm Yellow Star, Sunlight Feels Like Home
Stellar Age: Aging (+1)
MULTIPLE BIOSPHERES PRESENT
LOST COLONY PRESENT A diffuse society of ocean-going mercantilist traders on the planet called Avkoalai is transitioning from Stage 0 to Stage 1 contact by SCIForceInst EvalBur and ContBur.
SEED NETWORK PRESENT Seed Network Sunday Morning has achieved S2.
NOTE: "Sodsai" is the name given to the star of this system by the dominant culture of the lost colony.

H-Zone Distance: 0.8902258 H-Zone Period: 0.8869677

MUPHEON (ζ:61:2:X:1) Large/Standard Deadly Inferno Planet

Year Length: 80 days (Inner); Size: Large Standard (1); Gravity: High (+3); Day Length: Standard; Atmos Press: High; Surface Temp: Inferno (+4); Surface Liquid: 50% (molten elements); Seasonality: Little; Habitability: Deadly (-4)
MOONS: Planetesimal, Ring System, Planetesimal, Planetesimal
BIOSPHERE High Biodiversity; Paradigm = Exotic; Primary Energy Source = Radiosynthesis;
Sessile1: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; Endoframe; Segments = 3: Body1,Frame2,Frame3,
Motile1: Scale = Small (-1); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 3: Frame1,Limb2,Frame3,
Motile2: Scale = Small (-1); Symmetry = Bilateral; 22+ limbs; Endoframe; Segments = 1: Frame1

AVKOALAI (ζ:61:2:X:2) Standard Agreeable Ocean Planet

Aspects: Ocean World Paradise
^CONCEPT Year Length: 193 days (Inner Habitable); Size: Standard (0); Gravity: Standard (+0); Day Length: Slow; Atmos Press: Standard (Breathable); Surface Temp: = Warm (+1); Surface Liquid: 100% (water oceans); Seasonality: Low Standard; Habitability: Agreeable (+3)
MOONS: Ring System, Planetoid
LOST COLONY: Stage Zero/One Contact; Population 10^7; Mercantilist Oligarchy; Tech Index 6; SCIForceInst has teams present
BIOSPHERE:
Standard Biodiversity; Paradigm = Transplant; Primary Energy Source = Photosynthesis;

KODPUMSIFA (ζ:61:2:X:3) Large/Standard Deadly Frozen Planet

Year Length: 305 days (Habitable); Size: Large Standard (+1); Gravity: Low (-2); Day Length: Very Slow; Atmos Press: Very Low; Surface Temp: Cold (-2);No Surface Liquid; Seasonality: Low; Habitability: Deadly (-4)
MOONS: Planetesimal, Planetesimal, Planetoid, Ring System

NAITONSAO (ζ:61:2:X:4) Large Deadly Inferno Planet

Year Length: 412 days (habitable); Size: Large (+2); Gravity: Very High (+5); Day Length: Very Rapid; Atmos Press: Hazardous; Surface Temp: Inferno; Surface Liquid: 100% (molten metals); Seasonality: High; Habitability: Deadly (-4)
MOONS: Planetoid, Planetesimal, Planetesimal, Planetesimal, Ring System, Small, Planetoid, Planetesimal
BIOSPHERE
Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Magnetosynthesis;
Sessile1: Scale = Small (-1); Symmetry = Asymmetry; No Limbs; Endoframe; Segments = 2: Frame1,Body2,
Motile1: Scale = Quantum (-3); Symmetry = Biradial; 128+ limbs; Endoframe; Segments = 1: Frame1,
Motile2: Scale = Quantum (-3); Symmetry = Radial; 2 Limbs; Endoframe; Segments = 0:

TONAELNG (ζ:61:2:X:5) Large Deadly Inferno Planet

Year Length: 1.60 years (Outer Habitable); Size: Large (+2); Gravity: High (+3); Day Length: Very Rapid; Atmos Press: Very High; Surface Temp: Furnace; Surface Liquid: 100% (molten elements); Seasonality: High; Habitability: Deadly
MOONS: Planetesimal, Planetoid, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetoid BIOSPHERE Standard Biodiversity; Paradigm = Exotic; Primary Energy Source = Photosynthesis; Sessile1: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; No Frame; Segments = 2: Frame1,Limb2, Motile1: Scale = Small (-1); Symmetry = Biradial; No Limbs; No Frame; Segments = 3: Body1,Limb2,Frame3, Motile2: Scale = Micro (-2); Symmetry = Bilateral; 4 Limbs; Endoframe; Segments = 1: Frame1,

VANKANG (ζ:61:2:X:6) Standard Deadly Frozen Planet

Year Length: 6.52 years (Outer); Size: Standard (+0); Gravity: Low Standard (-1); Day Length: Standard; Atmos Press: Low; Surface Temp: Frozen; Surface Liquid: 25% (liquid hydrocarbons); Seasonality: Extreme; Habitability: Deadly (-4)
MOONS: Small, Planetesimal
SIMPLE BIOSPHERE

NYADPHINONG (ζ:61:2:X:7) Standard Agreeable Garden Planet

Year Length: 8.95 years (Outer); Size: Standard (+0); Gravity: High Standard (+1); Day Length: Rapid; Atmos Press: Standard (Breatheable); Surface Temp: Warm; Surface Liquid: 65% (water); Seasonality: Extreme; Habitability: Agreeable (+3)
MOONS: Ring System
LOST COLONY: Prior to initiation of Stage Zero contact inhabitants of Avkaolai (Planet 2) had established a semi-permanent settlement on this world, population 10^4 ^CONCEPT
EXOINTELLIGENCE: Evo Index -2, bodyplan noted below, this exointelligence is sessile but makes use of surrogate chemically controlled servant-species to interact with its environment
BIOSPHERE
High Biodiversity; Paradigm = T-analogue; Primary Energy Source = Photosynthesis;

• • Sessile1: Scale = Medium (+0); Symmetry = Asymmetry; 1 Limb; Endoframe; Segments = 2: Frame1,Organs2,**
    

Motile1: Scale = Medium (+0); Symmetry = Radial; 2 Limbs; No Frame; Segments = 1: Limb1,
Motile2: Scale = Medium (+0); Symmetry = Spherical; No Limbs; Endoframe; Segments = 1: Frame1,

ONGHIAN (ζ:61:2:X:7) Standard Marginal Ocean/Ice Planet

Year Length: 11.03 yrs (Outer); Size: Standard (+0); Gravity: High (+2); Day Length: Very Rapid; Atmos Press: Very High (Breathable); Surface Temp: Standard; Surface Liquid: 100% (but highly variable in depth due to seasonality); Seasonality: Extreme; Habitability: Marginal (+0)
MOONS: Planetesimal, Small, Planetesimal
LOST COLONY: Prior to initiation of Stage Zero contact inhabitants of Zu (Planet 2) had established a semi-permanent settlement on this world, population 10^4
BIOSPHERE Extreme Biodiversity; Paradigm = Parallel; Primary Energy Source = Electrosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Radial; 1 Limb; Endoframe; Segments = 0: Sessile2: Scale = Large (+1); Symmetry = Bilateral; 10-20 limbs; No Frame; Segments = 2: Frame1,Frame2, Motile1: Scale = Huge (+2); Symmetry = Biradial; 4 Limb; No Frame; Segments = 1: Body1, Motile2: Scale = Medium (+0); Symmetry = Spherical; 24 limbs; No Frame; Segments = 0: Motile3: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; No Frame; Segments = 1: Frame1, Motile4: Scale = Large (+1); Symmetry = Spherical; No Limbs; No Frame; Segments = 2: Limb1,Body2, Paradigm = Alternate; Primary Energy Source = Thermosynthesis; Sessile1: Scale = Huge (+2); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 1: Frame1, Sessile2: Scale = Large (+1); Symmetry = Radial; 1 Limb; Endoframe; Segments = 1: Frame1, Motile1: Scale = Large (+1); Symmetry = Radial; No Limbs; No Frame; Segments = 3: Frame1,Frame2,Limb3, Motile2: Scale = Large (+1); Symmetry = Bilateral; 6 Limbs; Endoframe; Segments = 1: Frame1, Motile3: Scale = Large (+1); Symmetry = Radial; No Limbs; Endoframe; Segments = 1: Limb1, Motile4: Scale = Large (+1); Symmetry = Biradial; 4 Limb; No Frame; Segments = 3: Frame1,Limb2,Frame3,

(ζ:76:1) K-Class Subgiant

Aspects: Warm Orange Star
Stellar Age: Young (-2)

(ζ:90:2) Eruptive Variable (Binary)

(ζ:90:2:A) M-Class Main Sequence Eruptive Variable

Aspects: Cool Red Star, Navigational Hazard, Stellar Ticking Time Bobm
Stellar Age: Aging (+1) ^CONCEPT

Planetary System Data Dump

Aspects (Cool Red Star, Ancient Highly Evolved Star System); Aging(1); M-Class; Planetary System(9); H-Zone Distance: 0.2258329; H-Zone Period: 0.2795821; Plentiful: oxides; Stellar Age = 1; Stellar Mass = 0.4739554; Stellar Radius = 0.6635375; Stellar Luminosity = 9.479107E-02;

PLANET 1

Orbit = Habitable Zone, Inner(-1); Year Length = 0.234849; Planet Size = Large Standard (1); Density = -1; Gravity = 1; Day Length = Reduced; Atmos Press = Standard; Surface Temp = Cool; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.9; Seasonality = Low; Biosphere; Habitability = Agreeable;

MOONS: Ring System, Planetoid, Ring System, Planetesimal, Ring System, BIOSPHERE High Biodiversity; Paradigm = T-analogue; Primary Energy Source = Photosynthesis; Sessile1: Scale = Large (+1); Symmetry = Radial; No Limbs; Endoframe; Segments = 0: Motile1: Scale = Huge (+2); Symmetry = Bilateral; 10-20 limbs; No Frame; Segments = 2: Frame1,Body2, Motile2: Scale = Large (+1); Symmetry = Biradial; 32 limbs; No Frame; Segments = 0:

PLANET 2

Orbit = Extreme Inner(-3); Year Length = 1.174245E-02; Planet Size = Large (2); Density = 1; Gravity = 7; Day Length = Slow; Atmos Press = Insidious; Surface Temp = Chthonian; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Little; No Biosphere; Habitability = Deadly;

MOONS: Planetoid, Ring System, Planetoid, Planetesimal, Planetesimal, Planetesimal, Planetesimal,

PLANET 3

Orbit = Habitable Zone, Inner(-1); Year Length = 0.234849; Planet Size = Large Standard (1); Density = 1; Gravity = 2; Day Length = Standard; Atmos Press = High; Surface Temp = Hot; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.5; Seasonality = Low Standard; Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetesimal, Small Standard, Planetesimal, BIOSPHERE High Biodiversity; Paradigm = Parallel; Primary Energy Source = Thermosynthesis; Sessile1: Scale = Medium (+0); Symmetry = Bilateral; 4 Limbs; Endoframe; Segments = 3: Limb1,Frame2,Frame3, Motile1: Scale = Huge (+2); Symmetry = Biradial; 16 Limbs; Endoframe; Segments = 4: Frame1,Frame2,Frame3,Limb4, Motile2: Scale = Medium (+0); Symmetry = Biradial; No Limbs; Endoframe; Segments = 0:

PLANET 4

Orbit = Habitable Zone, Outer(1); Year Length = 0.704547; Planet Size = Small Standard (-1); Density = -1; Gravity = -2; Day Length = Slow; Atmos Press = Very Low; Surface Temp = Frigid; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low; No Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetesimal, Planetesimal,

PLANET 5

Orbit = Habitable Zone(0); Year Length = 0.391415; Planet Size = Small Standard (-1); Density = 0; Gravity = -2; Day Length = Very Slow; Atmos Press = Low; Surface Temp = Standard; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 5E-02; Seasonality = Low Standard; Biosphere; Habitability = Challenging;

MOONS: Ring System, Ring System, BIOSPHERE Standard Biodiversity; Paradigm = T-analogue; Primary Energy Source = Chemosynthesis; Sessile1: Scale = Small (-1); Symmetry = Radial; No Limbs; Exoframe; Segments = 1: Limb1, Motile1: Scale = Small (-1); Symmetry = Bilateral; 6 Limbs; Exoframe; Segments = 0: Motile2: Scale = Small (-1); Symmetry = Radial; No Limbs; No Frame; Segments = 1: Body1,

PLANET 6

Orbit = Habitable Zone, Outer(1); Year Length = 0.704547; Planet Size = Planetesimal (-4); Density = -2; Gravity = -6; Day Length = Extremely Slow; Atmos Press = Trace; Surface Temp = Frigid; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low; No Biosphere; Habitability = Deadly;

MOONS:

PLANET 7

Orbit = Habitable Zone, Outer(1); Year Length = 0.704547; Planet Size = Standard (0); Density = -3; Gravity = -6; Day Length = Extremely Slow; Atmos Press = Trace; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low; No Biosphere; Habitability = Deadly;

MOONS: Planetesimal, Planetesimal,

PLANET 8

Orbit = Outer(3); Year Length = 12.13386; Planet Size = Standard (0); Density = 0; Gravity = -3; Day Length = Reduced; Atmos Press = Trace; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = High Standard; No Biosphere; Habitability = Deadly;

MOONS: Ring System, Planetesimal, Planetesimal,

PLANET 9

Orbit = Outer(2); Year Length = 4.305565; Planet Size = Small Standard (-1); Density = -4; Gravity = -9; Day Length = Very Slow; Atmos Press = Trace; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = High; No Biosphere; Habitability = Deadly;

MOONS: Ring System, Planetesimal,

(ζ:90:2:B) L-Class Brown Dwarf

Aspects: Cool Red Brown Dwarf, X-Ray Flares, Extremely Close Orbit to Primary; Stellar Age: Aging (+1)

Non-Stellar Objects of Interest

H II Region A

Aspects: High Temperature and Intense Magnetic Fields, Navigational Hazard

H II Region A is an area of ionized hydrogen gas and intense star formation. The density of matter in this region is much higher than that of the typical interstellar medium. It occupies a zone from roughly -2 to +3 Z.