Planetary analogues

Most of the planets in the real solar system have analogues, or planets similar to them, in the Kerbin system. e.g. Kerbin and Earth, Duna and Mars, Jool and Jupiter, etc. The exceptions are Saturn, Uranus, and Neptune, which only have analogues with the addition of mods. It is my theory that just as planets in the solar system have analogues in the Kerbin system, the new planets being added in KSP2 will have real-world analogues in other solar systems.

List of potential analogues

 * 1) Ovin. Ovin is a planet that appears to be a "super-Kerbin" with many times Kerbin's mass. This has plenty of potential analogues, as there are many discovered super-Earths. The analogue may be to one of the many super-Earths orbiting Tau Ceti, probably either Tau Ceti e or any further out. Another possibility is that the analogue is Barnard's Star b, which has 3.23 times Earth's mass and is extremely cold.
 * 2) Char. Char, also spelled Charr, is a heat-blasted world that is rich in metals. This fits well with Alpha Centauri Bc, a planet which orbits at 0.1 AU. Given that A-Cen-B has 1/2 the luminosity of the sun, this planet, like Charr, would be heat-blasted indeed.
 * 3) Glumo and Merble. Glumo is a ringed gas giant, with at least one moon, Merble. Merble seems to be mostly icy, but has some liquid water. If a moon were orbiting Alpha Centauri Ab, a gas giant in Alpha Centauri, it could easily look like this. Glumo may be an analogue to A-Cen-Ab. Howver, if a moon orbiting A-Cen-Ab were to be Merble-ish, it would need to have large atmospheric concentrations of sulfur dioxide or some other cooling gas(es), as it would receive a higher solar flux than Earth.
 * 4) Gurdamma. Recently a Youtube video was released announcing the exsistence of Gurdamma, a large planet with a thick atmosphere, a ring system, and at least one moon. It was said that Gurdamma is "still experiencing heavy asteroid bombardment, much like Kerbin did billions of years ago". The planet was also revealed to have liquid oceans. This threw me for a while, because I could not find any planets with sufficient temperature for liquid water and sufficiently young as to still be bombarded by asteroids. I was discouraged, until I realized that they only said it had a liquid ocean. just because it has a liquid ocean does not mean it has water. After this, I concluded that Gurdamma may be an analogue to the planet Wolf 359 c. Wolf 359 c is large, at 3.8 Earth masses. It is far from the star, so the planet could have oceans of liquid methane, like Titan. And the Wolf 359  system is only 100-350 million years old, which is pretty much the stellar equivalent of a newborn. However, the ocean of Gurdamma certainly looks like water. Gurdamma also does not appear to have any ice caps, indicating a higher surface temperature than Kerbin. Gurdamma could also sustain higher temperatures with liquid water, because it has a thick atmosphere.
 * 5) Puf. Not enough is known about Puf to make any sort of analogue prediction yet, but it appears to be a "hot eyeball planet", meaning most of the tidally locked planet is too hot to sustain liquid water, save for that one large area on the far side. Though who says it has liquid water? Maybe that is some other liquid.