Matches in DBpedia 2015-10 for { ?s ?p "A superhabitable planet is a hypothetical type of exoplanet that has more suitable conditions for the emergence and evolution of life than Earth. In recent years, many experts have criticized the criteria used in the search for extraterrestrial life. They think that Earth does not represent the optimal planetary habitability in various aspects such as the type of star it orbits, total area, proportion covered by oceans and average depth of these, intensity of its magnetic field, geological activity, surface temperature, etc. Therefore, there may be exoplanets in the universe that have better conditions for life, allowing easier evolution and longer timelines.An extensive report published in January 2014 in the journal Astrobiology entitled Superhabitable Worlds, René Heller and John Armstrong, collects and analyzes many of the studies in the years preceding the issue. Investigations of these astrophysical possible to establish a profile for the superhabitables planets according to stellar type, mass and location in the planetary system, among other features. concluded that this kind of planets could be much more common than traditional Earth analogs.By mid-2015, no exoplanet has been confirmed to be a superhabitable planet. Depending on the atmospheric composition and mass of Kepler-442b, which are unknown, and its location in the habitable zone, type of star, it could be a superhabitable planet."@en }
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- Superhabitable_planet abstract "A superhabitable planet is a hypothetical type of exoplanet that has more suitable conditions for the emergence and evolution of life than Earth. In recent years, many experts have criticized the criteria used in the search for extraterrestrial life. They think that Earth does not represent the optimal planetary habitability in various aspects such as the type of star it orbits, total area, proportion covered by oceans and average depth of these, intensity of its magnetic field, geological activity, surface temperature, etc. Therefore, there may be exoplanets in the universe that have better conditions for life, allowing easier evolution and longer timelines.An extensive report published in January 2014 in the journal Astrobiology entitled Superhabitable Worlds, René Heller and John Armstrong, collects and analyzes many of the studies in the years preceding the issue. Investigations of these astrophysical possible to establish a profile for the superhabitables planets according to stellar type, mass and location in the planetary system, among other features. concluded that this kind of planets could be much more common than traditional Earth analogs.By mid-2015, no exoplanet has been confirmed to be a superhabitable planet. Depending on the atmospheric composition and mass of Kepler-442b, which are unknown, and its location in the habitable zone, type of star, it could be a superhabitable planet.".