What would happen if we pulled out Mars’s iron core with a magnet?
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Useless Planets Modern society is a podcast that takes outlandish suggestions about how to tinker with the cosmos – from snapping the moon in fifty percent to leading to a gravitational wave apocalypse – and topics them to the guidelines of physics to see how they fare. Listen on Apple, Spotify or on our podcast page.
Emotions about Mars run powerful in the planetary science community – numerous enjoy it for the reason that of how substantially we know about it, even though other people resent the mind-boggling focus it has been given at the expense of other worlds in our solar technique. But in this episode of Lifeless Planets Culture, sentiment does not get in the way of the central intention: definitely wrecking the Pink World.
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In this episode, Mars’s really redness might confirm its demise. The crimson hue of Martian soil comes from iron oxide, and iron’s magnetic attributes motivated our hosts, Chelsea Whyte and Leah Crane, to examine the probability of destroying Mars with huge orbiting magnets.
Iron oxide alone is not magnetic, but Mars does have a core of liquid iron. Our hosts are joined this episode by volcanologist Robin George Andrews to look at how a huge magnet would impact this core.
Dependent on the orbit of the large magnet, the core could be just disturbed so substantially that it would slosh all over, creating fissures and volcanism and perhaps finally the entire disintegration of the planet. Or it could be pulled from deep underground through pre-present vents, like these at the prime of the substantial Martian volcano Olympus Mons.
When it reaches house, the liquid iron would freeze into a glittering metallic statue. Significantly of it could possibly accumulate on the magnet alone, turning it into a sort of enormous iron-shielded bullet hurtling by means of the solar procedure.
In the process, Mars would be still left hollow. This alone would be a significant problem for the planet, major to the outer levels crunching and grinding together to fill the empty room. Or the house could be filled with one thing else – the options are countless and most likely definitely disturbing.
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Useless Planets Modern society is a podcast that takes outlandish suggestions about how to tinker with the cosmos – from snapping the moon in fifty percent to leading to a gravitational wave apocalypse – and topics them to the guidelines of physics to see how they fare. Listen on Apple, Spotify or on our podcast page.
Emotions about Mars run powerful in the planetary science community – numerous enjoy it for the reason that of how substantially we know about it, even though other people resent the mind-boggling focus it has been given at the expense of other worlds in our solar technique. But in this episode of Lifeless Planets Culture, sentiment does not get in the way of the central intention: definitely wrecking the Pink World.
In this episode, Mars’s really redness might confirm its demise. The crimson hue of Martian soil comes from iron oxide, and iron’s magnetic attributes motivated our hosts, Chelsea Whyte and Leah Crane, to examine the probability of destroying Mars with huge orbiting magnets.
Iron oxide alone is not magnetic, but Mars does have a core of liquid iron. Our hosts are joined this episode by volcanologist Robin George Andrews to look at how a huge magnet would impact this core.
Dependent on the orbit of the large magnet, the core could be just disturbed so substantially that it would slosh all over, creating fissures and volcanism and perhaps finally the entire disintegration of the planet. Or it could be pulled from deep underground through pre-present vents, like these at the prime of the substantial Martian volcano Olympus Mons.
When it reaches house, the liquid iron would freeze into a glittering metallic statue. Significantly of it could possibly accumulate on the magnet alone, turning it into a sort of enormous iron-shielded bullet hurtling by means of the solar procedure.
In the process, Mars would be still left hollow. This alone would be a significant problem for the planet, major to the outer levels crunching and grinding together to fill the empty room. Or the house could be filled with one thing else – the options are countless and most likely definitely disturbing.
Subjects:
