Close Encounters With Dark Matter: MIT Study Finds Detection Possible Through Mars’ Wobble

Watching for changes in the Red Planet’s orbit over time could be a new way to detect passing dark matter. MIT physicists suggest that primordial black holes, formed just after the Big Bang, could constitute most of the universe’s dark matter. These black holes might be detectable by their effect on Mars’ orbit, thanks to […]

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Watching for changes in the Red Planet’s orbit over time could be a new way to detect passing dark matter. MIT physicists suggest that primordial black holes, formed just after the Big Bang, could constitute most of the universe’s dark matter. These black holes might be detectable by their effect on Mars’ orbit, thanks to…

Watching for changes in the Red Planet’s orbit over time could be a new way to detect passing dark matter. MIT physicists suggest that primordial black holes, formed just after the Big Bang, could constitute most of the universe’s dark matter. These black holes might be detectable by their effect on Mars’ orbit, thanks to…