There was a fairly popular experiment done in 2005 by Nijmegen High Field Magnet Laboratory where they were able to get a frog to float freely inside a magnetic field (a ridiculously STRONG magnetic field). You can read about it here: http://www.hfml.ru.nl/froglev.html
I've seen it on TV so i assume you guys know what I'm talking about anyhow.
We are currently studying magnetism in my college Physics class and my professor has issued a challenge: An A for the whole semester if anyone can magnetically levitate a frog. I'm sure its near imposable given the resources I have available (and the fact that he's not going to hand out an easy A for an Advanced Physics class) but I'd like to find out what it would take to make this happen anyhow.
The famous experiment used something called a Bitter solenoid to create the magnetic field. I'm having trouble finding any information on a Bitter Solenoid
What do you guys think??
I'm sure this will take tremendous amounts of current, which is why you cant use a simple wire coil solenoid because the heat would melt the coating on the wire and short out the coil..... But what if the solenoid was submerged in liquid nitrogen? (still air in the core for froggie flight), would that be sufficient enough to keep the coil cool while enough current to generate 16 tesla was passed threw it??
ok ... now I'm just brainstorming out loud, lol sry.
im quite determined and (with out boasting) quite sharp. do you think this is possible??