Arguen Dos
| 2d10 | Class (Mod) |
|---|---|
| 2 | A |
| 3-4 | F |
| 5-8 | G |
| 9-13 | K (-3) |
| 14-20 | M (-6) |
| 2d10 | Size (Mod) |
|---|---|
| 2 | Luminous Giant (+8) |
| 3 | Giant (+6) |
| 4-6 | Sub-Giant |
| 7-14 | Main Sequence |
| 15-18 | Sub-Dwarf |
| 19-20 | Dwarf Star |
| 2d10 | Dwarf Star Class |
|---|---|
| 2-4 | White Dwarf |
| 5-7 | White Dwarf F |
| 8-11 | Yellow Dwarf |
| 12-16 | Red Dwarf |
| 17-20 | Red SubDwarf |
Geography
The logic gods (Koyama and Aditya) are a tightly bound binary star system that are heavily developed with dysonisk satellites and light catchers to forward energy to other systems.
Aditya and Koyama are both are stable, main sequence stars whose infrastructure can cause oscillations to occur in the stars' photosphere. These sorts of disturbances can encode logical states into slight changes into the luminosity that can be read. The relative motion between the two has also been known to act as a system-wide speaker by creating complex interference patterns that can be interpreted by both analog and quantum computations.
Aditya and Koyama are both are stable, main sequence stars whose infrastructure can cause oscillations to occur in the stars' photosphere. These sorts of disturbances can encode logical states into slight changes into the luminosity that can be read. The relative motion between the two has also been known to act as a system-wide speaker by creating complex interference patterns that can be interpreted by both analog and quantum computations.
Ecosystem
Swinging Orbits
| 1d10 | Companion Orbit (AU) |
|---|---|
| 1 | 1 |
| 2 | 2 |
| 3 | (d10+2)*1000 |
| 4 | (d10+4)*1000 |
| 5 | (d10+6)*1000 |
| 6 | (d10+8)*1000 |
| 7 | (d10+10)*1000 |
| 8-10 | d10*1000 |
Planets can have a close (just one), intermediate (between) or wide binary (both) distance between the stars, affecting where they can safely orbit without destabilizing gravitational interactions.
Use the Companion Orbit Separation Table to set a distance for the stars’ orbits around each other at a given time, as measured in astronomical units.
Planet Count Orbiting Range:
| Total | Just One | Between | Beyond |
|---|---|---|---|
| 38 | 0-11 | 0-14 | 21+ |
Localized Phenomena
In the stable-unstable orbits of the Nataraja System, certain syzygy events can catapult whole planets into any of the ten suns far or near.
These cosmic alignments occur when the gravitational forces of the system's stars converge, creating pockets of unstable regions where bodies are flung from their orbital paths with little warning.
Climate
Radio Emitter
The Koyama–Aditya system consists of two main-sequence dwarfs locked in a close binary orbit. Their mutual gravity and magnetic fields entangle in dynamic ways that produce electromagnetic conditions far more active than typical G-class stars.A cloud of dusty micro-comets orbits between the stars. When these dust streams intersect with the magnetized wind streams, the electrified dust tails act like tiny antennas, reradiating static that gives the system a persistent 'crackle' in its radio spectrum. Orbiting around them are a series of dysonisk satellites, light catchers, and energy-forwarding structures that also modulate the local plasma environment and radio output.
Natural Resources
Solar Energy
Sunlight functionally serves as a medium of- exchange for all transmigrants
- containing transferrible data
- laser thrust for propelling ships
Tourism
The overlapping heliospheres produce a broad and consistent energy corridor in their shared orbital barycenter, which has been deliberately harnessed as a thermal and electromagnetic reservoir. Within this zone, solar winds produce spiraling magnetic storms that have made the region volatile. Temperatures within this central region are also extremely high which has created a radiative environment ideal for advanced manufacturing.
Alternative Name(s)
Logics
Type
Star System Sector
Location under
Related Traditions
Comments