More tricks using an 11-Tesla superconducting electromagnet. These are used for chemistry research; for determining the detailed shape of unknown molecules using "two dimensional nuclear magnetic ...
More tricks using an 11-Tesla superconducting electromagnet. These are used for chemistry research; for determining the detailed shape of unknown molecules using "two dimensional nuclear magnetic resonance."
Y'know, I've heard that if you place a tray of water under one of these magnets, the water will curve into a bowl shape, exposing the bottom of the tray. The Red Sea is parted. But nobody wants to try it. Too much expensive electronics might get wet. [LATER] Tried it. Didn't work. But perhaps the gradient was too small. I'll try it on another magnet.
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The magnetic fields will only make things better! Magnets are awesome! Especially superconducting ones!!! Man, you really need to become a Youtube partner!!!
Students say that if you stick your head below the tank, where the field is strongest, then shake it back and forth, weird things happen. I haven't tried it myself.
My research is actually concerned with isolating the exact mechanism by which materials become superconductors in hopes of predicting what material configurations might have even higher transition temperatures (the temperature at which a material becomes a superconductor). The results are promising, Transition temperatures of 138K plus have been recorded in Cuprates. Anything above 77k is considered a "high temperature" super conductor.
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Does anyone that works there ever experience nausea, unexplained sense of fear or a sensation of being watched?
AC magnetic fields are found to have numerous bio-effects, but constant DC fields do not.
well but your legs werent shaking
1:26 scared me