NEW SCIENTIST: Moon rocks can tell us where life could thrive beyond the solar system

    Press/Media: Expert comment

    Description

    THERE have been more than 70 successful missions to the moon: fly-bys, orbiters, landers and of course 12 moonwalkers. After Earth, it is the most studied celestial object in our solar system. These missions have unlocked the moon’s geological history, determined its internal structure and measured its surface composition. The conclusions of those explorations stretch well beyond the barren lunar surface.

    “The moon has been Earth’s sister through these last four and a half billion years,” says Katherine Joy, a lunar geologist at the University of Manchester, UK. Like all siblings, the moon has secrets to tell.

    Period8 Jul 2019

    Media coverage

    1

    Media coverage

    • TitleMoon rocks can tell us where life could thrive beyond the solar system
      Media name/outletNew Scientist
      Media typeWeb
      Country/TerritoryUnited Kingdom
      Date8/07/19
      DescriptionTHERE have been more than 70 successful missions to the moon: fly-bys, orbiters, landers and of course 12 moonwalkers. After Earth, it is the most studied celestial object in our solar system. These missions have unlocked the moon’s geological history, determined its internal structure and measured its surface composition. The conclusions of those explorations stretch well beyond the barren lunar surface.

      “The moon has been Earth’s sister through these last four and a half billion years,” says Katherine Joy, a lunar geologist at the University of Manchester, UK. Like all siblings, the moon has secrets to tell.
      URLhttps://institutions.newscientist.com/article/mg24332380-300-moon-rocks-can-tell-us-where-life-could-thrive-beyond-the-solar-system/
      PersonsKatherine Joy

    Keywords

    • Moon rocks
    • geology