3 ms·
So you’re saying there’s a way.
by xwdv 3y ago
So you’re saying there’s a way.
- pfdietz 3y agoI'm not even sure a person could survive being in a magnetic field that strong. Motion of blood through the field would generate electric currents in the brain and heart (and elsewhere).
- shakow 3y agoInduced by the hemoglobin movement?
- pfdietz 3y agoJust motion of salty water in a magnetic field.
- scott-smith_us 3y agoThey said that the levitated frog was fine afterward, but I've always wondered about the effects of long-term exposure.
- xwdv 3y agoThat sounds like a much more convincing explanation than “we simply don’t have this material”.
- pfdietz 3y agoBack of the envelope tells me levitating a person would need a magnetic field 10x that of this frog droplet, or about 160 T. The magnetic pressure of a 160 T magnetic field 1.5 million psi, or about 100x the pressure at the bottom on the Marianna Trench, and also about 1/3rd the detonation pressure of military high explosives.