That link souggest iron as the main constituent. However, that surface temperature is way, way above the point at which iron vaporizes. So does that suggest a relatively short future for this planet.mfb said:Kepler-70b holds that record, at ~7000 K (12000 F) - hotter than the surface of the Sun.
The high temperature of this giant planet is due to its close proximity to its parent star, which causes it to receive a significant amount of radiation and heat.
This giant planet is significantly hotter than any other known planet, including our own solar system's hottest planet, Venus, which has an average temperature of 864 degrees F.
This giant planet is likely composed of gas, similar to other gas giant planets such as Jupiter and Saturn. However, its high temperature may cause some of its gas to be in a plasma state.
It is highly unlikely that life could exist on this giant planet due to its extreme temperatures and lack of solid surface.
Scientists used a combination of data from the planet's parent star and observations from telescopes to calculate the planet's temperature. They also used computer simulations to model the planet's atmosphere and heat distribution.