Oxygen is paramagnetic because its molecules contain two unpaired electrons spinning in the same direction, making each molecule act like a tiny compass needle; while room temperature oxygen gas is too energetic for magnetic forces to capture it, liquid oxygen at -297°F can be suspended in mid-air between strong neodymium magnets as the magnetic force overcomes gravity.
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Can Magnets Actually Grab Thin Air? 🧲Added:
The oxygen entering your lungs right now is highly magnetic. Every single breath you take [music] is full of tiny magnets.
You would think a strong magnet on your desk would pull the air right out of the room.
But room temperature gas is just too energetic [music] and bouncy for the magnetic force to grab hold.
It all comes down to electrons. Unlike most [music] gases, oxygen molecules have two unpaired electrons spinning in the exact same direction. This turns every single oxygen molecule into [music] a tiny compass needle.
To actually see this invisible force, you have to chill the gas down to [music] -297°F.
It slows down and condenses into a beautiful pale blue liquid.
Pour that blue liquid between two heavy [music] magnets, and the magnetic force finally overpowers gravity, leaving the oxygen perfectly suspended [music] in midair.
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