Activity for Dark Martinâ€
Type | On... | Excerpt | Status | Date |
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Question | — |
Colonization via artificial wombs and AI? So, astronomers discover that 100 years Earth will be destroyed or rendered uninhabitable by a black hole passing through our Solar System. Governments around the world focus on ensuring Humanity's by developing the means to colonize other planets. In the end, to spread resources, rather than sending... (more) |
— | over 7 years ago |
Question | — |
How would a neutron star affect the habitability of planets orbiting a companion star? A star system consisting of two stars forms, with one being more massive. As such, the larger star soon exhausts its fuel and ends up as a neutron star. The secondary star has a semi-major axis of 700 au, with the closest approach being 438 au. Based on the information, would the secondary star be a... (more) |
— | over 7 years ago |
Question | — |
Could humans colonize this planet? Star A Mass: 1.2 x Sol Radius: 1.157 x Sol Luminosity: 2.074 x Sol Temperature: 6,444 K Star B Mass: 0.63 x Sol Radius 0.691 x Sol Luminosity: 0.158 x Sol Temperature: 4,378 K Semi-Major Axis: 852.1 au Eccentricity: 0.1259 Apoapsis: 959.38 au Periapsis: 744.82 au Period: 22721.53 y... (more) |
— | over 7 years ago |
Question | — |
Is this atmospheric composition breathable, and what would it look like? I have developed a fictional planet with the following atmospheric composition; 60.4% Nitrogen 27.6% Oxygen 9.8% Xenon 1.5% Water Vapor 0.64% Argon 0.06% Carbon Dioxide Is this breathable to humans with an atmospheric pressure similar to Earth's? What about 50%, 200%, and 500% of Earth's atmosphe... (more) |
— | over 7 years ago |