Category:Alamtheria Galaxy

Structure
The Alamtheria galaxy is composed of three parts, the galactic core and galactic disk which comprise the main body of the galaxy and the galactic halo. The main body of the galaxy extends outward about 73 thousand light-years. The Halo begins at about 90 thousand light years and extends out to nearly 130 thousand light-years.

The main body of the galaxy is composed mainly of baryonic matter, while the halo is composed mainly of dark matter.

The main body of the galaxy is split into five parts, the galactic core which extends out to about 15 thousand light years from the center. The disk of the galaxy is split into four quadrants, each defined by the galactic meridian, the alpha quadrant is situated between 270° and 0°, the beta quadrant is between 0° and 90°, the delta quadrant is between 90° and 180°, and the gamma quadrant is located between 180° and 270°.

Each quadrant is split into three sections, the inner, mid, and outer rims. The inner rim extends from 15 thousand light years from the galactic center to 25 thousand light years, the mid rim extends from 25 thousand to 50 thousand light years outward, and the outer rim extends from 50 to 73 thousand light years outward.

The Alamtheria Galaxy, like all barred spiral galaxies has a spiral pattern. The pattern consists of eight arms, the Spuir Arm, the Velia Arm, the Iconian Arm, the Scrux Arm, the Treshan Arm, the Dekadon Arm, the Therin Arm, and the Tendran Arm. The spirals emanate from the Meltokyin Ring, Deamona Ring, these rings connect the spiral arms to the two bars.

The Alamtheria Galaxy is the center of the Alamtheria universe. The Alamtheria universe is about one million three hundred eighty seven thousand light-years in diameter.

Galactic Core
The Alamtheria Galaxy, like all barred spiral galaxies has a central bulge. The bulge is the dominating large scale structure within the region of Galactic Core.

One of the two most prominent features within the galactic core are the two self-perpetuating bars. These bars formed as the result of the density wave radiating outward from the center of the galaxy, this density wave reshaped the orbits of the inner stars. As the effect built up over time causing the stars to orbit further out. This same mechanism channels gas inward from the spiral arms though orbital resonance, this process causes the bars to act as a type of stellar nursery, fueling star birth at the center of the Alamtheria galaxy.

The Star forming region within the Alpha bar is called the Spuir dust lane; the similar region within the delta bar is called the Treshan dust lane. The Spuir dust lane is almost twice the size of the Treshan dust lane; however both structures are about equal in mass.

The Spuir dust lane is full of giant Molecular clouds, protostellar disks, and young stars, however unlike the Treshan dust lane it lacks older stars. There are several interesting spatial anomalies within the Spuir dust lane, the most well known being the spatial threads, massive structures of ionized gas and Nadion particles.

The Treshan dust lane is an area dominated by massive clouds of dust which appear to glow as they scatter the light from the stars contained within; the area is dominated by old dying stars which are replenished by the action of galactic movement.

The Center of the Alamtheria galaxy is the Alamther Expanse. The Alamther Expanse is a spheroidal region of old and massive stars, and interstellar dust and gas; it is also home to Angkor Aksma the super massive black hole at the center of the Alamtheria galaxy. Angkor Aksma is about 27-28 million (27,900,317.6) solar masses, and is over 164 million (164,814,966) kilometers in diameter.