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Theta VIII

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Theta VIII (or Theta Eight) was the uninhabited eighth planet of the Theta 116 system. This world had an orbital period of 832 days, and a rotational period of 15.3 hours. A K-class transjovian planet, the atmosphere of Theta 116 VIII was composed of nitrogen (57%), methane (23%), liquid neon (14%), yurium (2%), keimium compounds (2%), ethane (1%), and tormium (trace). The average surface temperature was −291°C, with wind speeds of up to 320 meters per second. Interesting weather phenomena included ammonia tornadoes. Its age was estimated at 7.2e10×1010 solar years, and during that time it had built up a mass of 4.35e12×1012.

No unit was specified for the planet's mass. See also background information.

In the 21st century, the NASA spacecraft Charybdis was brought on orbit by an unknown intelligence which had inadvertently killed all but one of its crew, Colonel Stephen G. Richey. The intelligence attempted to create an environment for him where he could live, in the form of a small pocket of Earth-like atmosphere on the surface. In it was the entryway to a replica of the namesake hotel from the novel Hotel Royale carried by Richey.

Richey lived in room 727 of the hotel until he died in his sleep in 2082. The hotel was located on a plane of frozen methane with the dimensions of 5.02 × 7.9 kilometers, in the middle of a tremendous storm belt, described as like being in the "eye of a hurricane." The Hotel itself had the following dimensions: 127 × 53 × 244 meters.

Remains of the Charybdis were detected by a Klingon cruiser in 2365. They were found to have molecular disintegration similar to those caused by 24th century-level weapon impacts. The USS Enterprise-D investigated the planet and discovered Richey's fate. (TNG: "The Royale")

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Background informationEdit

In the original (un-remastered) episode, the planet model for Theta VIII was first used for Angel I in "Angel One". It was used again for Minos in "The Arsenal of Freedom" and again for Legara IV in "Sarek".

The physical parameters of Theta VII as seen on the planetary scan-okudagram included several curiosities:

  • According to real-world physics, absolute zero is defined as -273°C, making Theta VII's mean surface temperature of -291°C impossible. (Note: In the episode's script, -291° Fahrenheit was used, i.e., about -179°C.)
  • If we assume "solar years" imply Earth years, the planet's age of 7.2e10×1010 (72 billion) solar years surpasses the age of the universe by a factor of ~5. Using Theta VIII's given orbital period of 832 days would even imply the planet to be roughly 10 times older than the universe.
  • If the planet's mass of 4.35e12×1012 was meant to be in kilograms or metric tons, it would be enormously low and correspond to only a tiny fraction of Earth's mass or up to 20 times the mass of Halley's Comet.

In the episode's script, Theta VIII was the furthest planet from its primary.

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