Recent content by QuantumPowered

  1. Q

    I Planetary Orbits in AU - Stability & Mass Limits

    Mars is believed to have lost most of its atmosphere because of the lack of a magnetic field, and also asteroid impacts. With a thicker atmosphere and a magnetic field Mars would be habitable. The temperatures on Venus aren't caused by the closer distance to the sun, it is entirely related to...
  2. Q

    I Planetary Orbits in AU - Stability & Mass Limits

    No I'm not "missing the point", it is possible to get two or more planets in that zone. Venus orbits at 0.72 AU, Earth at 1.00 AU, and Mars at 1.52 AU. It should be possible to have multiple lower mass planets orbiting at similar distances from 0.7 AU to 1.5 AU, orbital resonances could...
  3. Q

    I Planetary Orbits in AU - Stability & Mass Limits

    I think it is likely to be more than one, if we assume the habitable zone stretches from 0.7 AU to 1.5 AU.
  4. Q

    I Planetary Orbits in AU - Stability & Mass Limits

    All of the planets should have individual orbits, and should be between the mass of Mercury and Mars. What can their orbits be in AU's? Is there a way to find out how close they can be without destabilizing each other? If we assume the star is about the same size as Sol.
Back
Top