Peraure Pair (Pe-ROW-reh)

Star	Class	Size	Type	Orbit Slots (/19)
Peraure 1	F	Supergiant	Very Luminous	Inner Dead Zone: 2: Inner Habitable Zone: 3: Habitable Zone: 9: Outer Habitable Zone: 1: Outer Dead Zone: 4:
Peraure 2	G	Supergiant	Less Luminous	Inner Dead Zone: 1: Inner Habitable Zone: 3: Habitable Zone: 5: Outer Habitable Zone: 1: Outer Dead Zone: 9:

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

These two stars, called the Peraures, are one of the five binary star pairs in a decuple system.
Though they are the most isolated of the pairs, they are also the most brilliant; often obscuring distant observers into thinking that they are all that is there. For that reason, the peraures enjoyed the most developmental attention in the earliest stages of the betans' arrival.

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.

A planet caught in such a gravitational shift could be sent spiraling towards or away from one of the system's many suns. Either into a new orbit so close their heat turns the atmosphere into vapour, while others are so distant that the world would freeze into a lifeless, frozen rock.

Climate

Dyson Swarm

Vast arrays of energy-harvesting structures amplify certain aspects of the stars' radiative effects while damping others. As the stars' output is reallocated away from natural radiation and distributed into the light lattice, their natural behaviours - flares, coronal mass ejections, and solar winds - are modified or reduced.
Locally, the swarms create microclimates around the stars' surface, shifting the thermal output along the natural orbital pathways of planets. These have further reaching consequences that can artificially heat or cool nearby planets; depending on how the swarms are constructed to focus or shield the energy.

Natural Resources

Solar Energy

Sunlight functionally serves as a medium of

• exchange for all transmigrants
• containing transferrible data
• laser thrust for propelling ships

At several points along its lifecycle, the light can be recaptured again by those further down the pipeline as energetic lasers to repeat the process.

Alternative Name(s)

The Pairs

Type

Star System Sector

Location under

Nataraja System

Included Locations

• Peraure 1
• Peraure 2

Contested By

• Bidirectional Entertainment

Related Traditions

• Orbit Race