Not exact matches
Life might emerge on a red
dwarf planet, some now think, after the star has aged and its flares have settled down; winds on the
planet might transport heat from one hemisphere to the other,
keeping the atmosphere from freezing.
In
keeping with all the rest of Ceres's oddball uncertainties, the findings hold major albeit nebulous implications for our understanding of the
dwarf planet and its relationship to the other large objects in our solar system.
The European Space Agency craft designed to map a billion stars in the Milky Way has also been
keeping an eye out for everyone's favourite
dwarf planet
If phototrophs
keep their photosynthetic apparatus for landing, the red - edge position of the land surface on M -
dwarf planets show just like as on the Earth, at the initial stage of land vegetation.
White
dwarfs keep cooling, so even if a
planet started out balmy, it would gradually sink into deep freeze.
Around smaller, less massive and dimmer
dwarf stars, however,
planets would have to orbit closer in order to sustain a surface temperature that is warm enough to
keep water liquid and so the star would appear larger in the sky.
The distant
dwarf planet just
keeps on surprising the universe.
Depending on the mass of the
planets and their distance from the brown
dwarf, we should get Io / Europa analogues or, if it has enough mass to hold onto an atmosphere, we could get something different: a world that thanks to tidal heating (and infrared radiation)
keeps the surface water liquid.
That means scientists can train it on Pluto and someday soon crack the most charismatic
dwarf planet's secret to
keeping its cool.