Calmari

The Krakkenov Star and its disk

"Atun vKrakken Açduruç" Literally translating to "The great Krakken Star" also known as **Calmari** is one of the largest stars in the Majestic Galaxy. It is currently located in the **Nova Association** within the like-named **Nova Shoal**.

The star is massive enough that it is thought to be susceptible to S-Hacking a method of Wormhole creation. However due to the specific process involved, the throat of a wormhole is estimated to be around tens if not hundreds of light years long, and would only result in the other side opening up into a million degree stellar mantle.

**Calmari** is orbited by a large brown dwarf named **Noebthe**, a body weighing 60 Jupiter's in an S-Type orbit around the Krakken Star. Noebthe is occasionally referred to as Calmari direct binary, it has its own moon Einşurubatr massing twice that of Earth at 1.14e+25 kg.

Enerion is the innermost planet of the star

## The Nova Assocation

The Association is home to a plethora of rogue planets as well as two other A-type stars vTrçoçdr & Açtrurov.

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## Physical characteristics

### Surface temperature

7,708 K

vTrçoçdr is a large A-type low B-type star and the largest member of the vTrçoçdr-Açtrurov sub system. While Açtrurov is the smaller component. The stars orbit each other at a distance of 2.1336 AU. The system as a whole orbits the krakkenov star at an average distance of 287.9701 AU, with an eccentricity of 0.3109. Its hillsphere extends outward to 29.3092 AU beyond the barycenter of the stars. The System has 3 Planets

Combined Sub-system stats

* Mass 3.6636☉
* Luminosity: 17.9494☉

* vTrçoçdr: Is the larger of the two star located an average of 0.9237 AU from barycenter. It has an eccentricity 0.5121 creating orbital extremes of between 0.4507 - 1.3967 AU from the barycenter.
* Açtrurov: Is the smaller located an average of 1.2099 AU from barycenter. It has an eccentricity 0.4832 creating orbital extremes of 0.6253 - 1.7945 AU.
* Inner Limit: 0.3664 AU
* No World Zone: 0.3587 AU - 9.5736 AU
* Vektor: Is a small terrestrial world orbiting 9.5907 AU from the systems barycenter, it has an average density of 7.733 g/cm3 being composed of 5% radioactive materials such as Uranium. The vast majority of this world is composed of Metals, such as Iron, Titanium, Cobalt, Chromium, and Nickel, It has a rather intense magnetosphere and a small atmosphere composed of primarily Neon with a small percentage of Oxygen.
* Viçkae: is a small terrestrial world orbiting 14.5779 AU from the systems barycenter, it is of a radically different composition to Vektor and has a significantly lower density of 4.453 g/cm3. With almost no atmosphere to speak of, but what is there is almost exclusively Carbon and Nitrogen.

Viçkae is a captured planet and did not form as part of the sub-system but is much, much older. It houses ruins of ruins, wreckage from an ancient civilization, most notably a large fallen orbital ring, the debris from a natural ring, as well as three collapsed space elevators buried beneath the previous.

A single radio broadcast, that began the better part of a billion years ago, still whispers to the bright nighttime sky. Sending out a sixteen second blurb of 1s and 0s with a long forgotten meaning... It is drowned out by the behemoths surrounding it. And if nature takes its course, in roughly 300,000 years it, and it's vital meaning will be forever lost with the birth of the galaxy's brightest light.

* Frost Line: 20.5479 AU
* Xok: Is a very large terrestrial world, with a thick and dense atmosphere comprised of mainly Neon, orbiting 21.5753 AU from the systems barycenter, It has two minor moons orbiting 3.5 planetary radii and 5.1 planetary radii from Xoc
* End of vTrçoçdr-Açtrurov Hillsphere: 29.3092 AU

## History

The star was formed in the nearby Krakken Nebula as one of the latest in a sudden surge in starburst beginning two million years. This surge was a result of the formation of the Nebula from two smaller GMCs. In fact the Krakkenov star was it itself formed from a collision of two colossal O type stars. After its formation, as it drifted out into deep space part of the Nova Star Cluster. It captured swathes of rogue planets and brown dwarves formed in the outer reaches of the nebula, as well as its pair of binary A type stars.

During an unobserved era, the system underwent a phenomena called a microflare burst. During a close pass with another star system, Atatun vKrakkenov Açduruç's immense gravity well disrupted the nearby stars Oort cloud, causing a hail of icy bodies to enter a highly elliptical orbit around the Krakkenov Star. Many came within just a few dozen AU from the star, its scorching heat caused them to flare spectacular comas, tails, and jets. These magnificent sights would have continued to occur for thousands of years despite the vast majority of comets not surviving a single orbital period.

Gælçim (The Vondunke **gal**actic **sim**ulator) predicts that the Krakkenov star will make a vary close pass (0.5 Light years) with the old F type star "Abitra^æ" in a thousand years.