Star Tau Ceti is only 12 light years away, and has a 4.3 earth mass "superearth" planet in the habitable zone for life. Gilster says "we will be able to make a spectroscopic analysis of the atmospheres of the five planets." "If we discover a biosignature indicating life is present, this will clearly make such a planet a priority for any future probes, possible in the next two decades."
|Rogue planet CFBDSIR2149 is just 100 light years away and is the first and easiest detectable super-earth planet or brown dwarf star|
|liquid metallic-silica based life on a super-earth planet|
|Diamond super-earth planet|
|faint nearby detected rogue planet|
|Liquid metallic planets|
|Lab laser experiment shows that magnesium oxide metal becomes a supercritical liquid under super-earth conditions|
Super-earths, rogue planets, and brown dwarf stars have supercritical states, and are self-similar size invariant objects similar to galaxies having magnetic fields.
|Human blood crystallization fractals are self-similar to coastline fractals|