Studied Rory Barnes of the University of Washington in Seattle and his colleagues what will happen to the Earth-like planets orbiting the most common type of stars in the galaxy: red dwarfs.
These stars are much cooler and fainter than the sun, which indicates that the areas of habitable planets around them in which may be liquid water on its surface, and much more inThe New Scientist, any planets orbiting in these areas is very strong attraction of the star. Attractive star and stretches her legs and raise the temperature of the planet.
Researchers have found that stars with mass less than one-third that of our sun are very close to living areas in this tidal heating evaporates water from any planet.
The light of stars and planet split steam into hydrogen, which would escape into space, oxygen, and can become carbon dioxide greenhouse gases.
Covering the planets CO2 emissions and more heat, and became uninhabitable greenhouses, and Venus, and concluded the team.
