The next chapter states the Hamartian planet Phose (Earth) is about 8 quadrillion miles (or 1360 light years) from Plenarius. We know Plenarius orbits two stars, like Tatooine! And there are only about ten or so known "circumbinary" planets like this. Only three are roughly in the correct location to be Plenarius:
TOI 1338 - 1320 light years (discovered 2020) Kepler 453b - 1400 light years (discovered 2015) TrES-4b - 1400 light years (discovered 2006)
Since COW published The Last Prophet's Book in 2006, we might assume that TrES-4b is the planet Plenarius. Though it is also possible that COW received instruction from divine revelation,in which case, it may not have been discovered yet.
TrES-4b is a poor candidate for a planet, as it is much larger and much less dense than Jupiter. We know Plenarians are giant in size compared to Earthlings. However, they have no problem on Earth gravity, which would indicate they come from a planet with similar density.
Kepler 453b may be a better candidate, as it is known to be within the habitable zone of the stars it orbits.
The next chapter states the Hamartian planet Phose (Earth) is about 8 quadrillion miles (or 1360 light years) from Plenarius. We know Plenarius orbits two stars, like Tatooine! And there are only about ten or so known "circumbinary" planets like this. Only three are roughly in the correct location to be Plenarius:
ReplyDeleteTOI 1338 - 1320 light years (discovered 2020)
Kepler 453b - 1400 light years (discovered 2015)
TrES-4b - 1400 light years (discovered 2006)
Since COW published The Last Prophet's Book in 2006, we might assume that TrES-4b is the planet Plenarius. Though it is also possible that COW received instruction from divine revelation,in which case, it may not have been discovered yet.
TrES-4b is a poor candidate for a planet, as it is much larger and much less dense than Jupiter. We know Plenarians are giant in size compared to Earthlings. However, they have no problem on Earth gravity, which would indicate they come from a planet with similar density.
Kepler 453b may be a better candidate, as it is known to be within the habitable zone of the stars it orbits.