Period Basis

“When attempting to determine a universal timekeeping standard between regions, one of the factions attempting to make their case came to be known as the Arithmetics. Comprised mainly of engineers and physicists, the Arithmetics sought to use naturally occurring phenomena and mathematical permutations thereof to dictate a "pure" clock. During this time, the region now known as Period Basis was an area of intensive research. The region's inordinately high concentration of pulsars of various frequencies led the physicists to try to find some lowest common denominator among the harmonics, or in the common parlance of astronomer Callentus Holzine, "a basis from which the shortest period can be rigorously calculated, with all larger units of time expressed as multiples of that period." Once the Traditionalists carried the day with their historical reconstructions of the Earth-standard clock, extensive scientific exploration of the region lapsed in importance, and today the region's large number of pulsars and other stellar phenomena are largely considered merely a curiosity.”

Stats

6 constellations, 40 systems, 331 planets, 1,638 moons.

Biggest constellation
NOK-FZ — 8 systems
Smallest constellation
6KFH-X — 6 systems
tied with N-39FI, OY3-DM
Biggest system · celestials
1-NJLK — 103 bodies
12 planets, 91 moons · J8-G8K
Smallest system · celestials
35-JWD — 4 bodies
4 planets, 0 moons · XOV7-5
Biggest system · actual size
E-DOF2 — 122.575 AU
NOK-FZ
Smallest system · actual size
35-JWD — 5.921 AU
XOV7-5

Constellations