A fun fact is that, if memory doesn't fool me, the levitating frog experiment was carried out by Micheal Berry and Andre Geim, and they were awarded the ignobel for it. Berry is the same one of the Berry phase for which he received a ton of non-humorous awards, and Geim went on to discover graphene and receive a Nobel without the ig in front.
Is Geim the only person so far to receive a Nobel after receiving an Ig Nobel?
A frog levitating in a strong magnetic field (1997) [video]
11–20 of 45 posts
Re: A frog levitating in a strong magnetic field (1997) [video]
#12Any chance of magnetically repelling a person from a ceiling, and/or attracting them from the floor, to create artificial gravity in space?
No. The magnetic field needed increases as the size of the levitated region increases. For something as big as a person the magnetic field would require magnets made of impossibly strong materials to resist the JxB forces.
Re: A frog levitating in a strong magnetic field (1997) [video]
#13Frogs are the new LK-99?
Re: A frog levitating in a strong magnetic field (1997) [video]
#14Any chance of magnetically repelling a person from a ceiling, and/or attracting them from the floor, to create artificial gravity in space?
Much simpler to use constant acceleration (or spinning)...
Re: A frog levitating in a strong magnetic field (1997) [video]
#15Re: A frog levitating in a strong magnetic field (1997) [video]
#16Earlier quoted context omitted.
Is Geim the only person so far to receive a Nobel after receiving an Ig Nobel?
Yes (in either order)
Re: A frog levitating in a strong magnetic field (1997) [video]
#17Earlier quoted context omitted.
Just have them wear clothes made with ferromagnetic material, should have a similar effect.
Not even close but thanks for playing.
Re: A frog levitating in a strong magnetic field (1997) [video]
#18Any chance of magnetically repelling a person from a ceiling, and/or attracting them from the floor, to create artificial gravity in space?
Re: A frog levitating in a strong magnetic field (1997) [video]
#19Frogs are the new LK-99?
Re: A frog levitating in a strong magnetic field (1997) [video]
#20Earlier quoted context omitted.
No. The magnetic field needed increases as the size of the levitated region increases. For something as big as a person the magnetic field would require magnets made of impossibly strong materials to resist the JxB forces.
So you’re saying there’s a way.