Close Menu
    Facebook X (Twitter) Instagram
    Trending
    • Hauser’s Marks 45 Years With Province-Wide Customer Celebration and Renewed Focus on Community Care
    • Young drivers face elevated collision risks after consuming edible cannabis, new CAA-funded study finds
    • Salvation Army Thrift Store Marks 40th Ontario Location with Peterborough Opening
    • Early Blast of Winter Prompts Safety Warnings from Ontario Road Authorities
    • HONOR Takes Home Two TIME Best Inventions 2025 Awards for Smartphone Breakthroughs
    • Toronto Set to Host Largest LEGO® Fan Event in Canadian History
    • Hank Azaria and Caitlin Morrison Champion Mental Health Through Music at Toronto’s Koerner Hall
    • Bricks in the Six to Build Canada’s Largest-Ever LEGO® Fan Event This November
    Facebook X (Twitter) Instagram YouTube
    Vaughan TodayVaughan Today
    • Home
    • Top News
    • World
    • Banking
    • Explore Canada
    • How to
    • Solutions
    • Contact Form
    Vaughan TodayVaughan Today
    Home»science»Planetary geology: Mimas’ surface hides an ocean
    science

    Planetary geology: Mimas’ surface hides an ocean

    Maria GillBy Maria GillApril 4, 2022No Comments1 Min Read
    Planetary geology: Mimas’ surface hides an ocean
    Share
    Facebook Twitter LinkedIn Pinterest Email

    White dotted with giant craters and ice: Mimas It looks frozen. No wonder there is a star orbiting outside of Saturn’s ring system, this giant planet 10 times farther from the Sun than Earth. However…

    Beneath the surface of Mimas, there is a huge ocean of liquid water. There is no direct evidence that betrays him, unlike other ocean worlds that have been observed: “The frozen surface of Europa, for example, is completely fractured. On Enceladus, powerful geysers were observed”notes Olivier Moses, of the Marseille Astrophysical Laboratory.

    But ever since the Cassini probe discovered the Saturni system, between 2004 and 2017, the hypothesis has been up in the air. Mimas’ orbit is already agitated by slow oscillations of staggering size. Using models, two American astrophysicists have just shown that the most plausible reason is an ocean of liquid water! It will rest under a layer of ice 20-30 km thick: tidal movements will be enough to prevent the water from freezing, but not enough to break its thick permafrost.

    >> Read also: Enceladus, this moon of Saturn will have strong volcanic activity

    Share. Facebook Twitter Pinterest LinkedIn WhatsApp Reddit Tumblr Email
    Maria Gill

    "Subtly charming problem solver. Extreme tv enthusiast. Web scholar. Evil beer expert. Music nerd. Food junkie."

    Related Posts

    Rare Earth Metals: Essential Uses and the Global Supply Chain

    October 4, 2025

    200 meteorites found on Earth could be linked to Martian craters, allowing new insight into Mars’ history

    August 28, 2024

    Antibiotics that reduce the risk of stomach cancer

    August 26, 2024
    Facebook X (Twitter) Instagram Pinterest
    © 2025 ThemeSphere. Designed by ThemeSphere.

    Type above and press Enter to search. Press Esc to cancel.