Just to clarify for people who don't know, quadrupole magnets are not classified, or anything special at all, they are simply magnets with four poles. Imagine a square with north poles at two opposite corners and south at the other two, this can easily be made using two horseshoe magnets placed with opposite poles facing each other. They are used as focussing devices for charged particles, in the same way that lenses focus light, and in fact the maths is exactly the same. They are found in nuclear labs and particle accelerators, but they are also used in many other places such as hospital x-ray machines and can even be in normal CRT TVs.
The Tesla is indeed named after Nicola Tesla, but it is the SI unit of magnetic field strength, and nothing to do with energy at all. 1 Tesla = 10000 Gauss, which is another commonly used unit. Tesla are not normally used at all in relation to quadrupoles because it is the magnetic field gradient that is important for focussing, not the strength.
Einstein did not get a Nobel for a free energy machine, since he never invented one. The photo-electric effect is simply when a photon knocks an electron out of an atom. Since Newton's time it had been thought that light was made of waves, so this effect could not be explained. Einstein explained it by simply saying that light was made of particles, although we now know that it can actually behave as both. It was not even a new idea, since it had previously been thought that light was particles, but until the begginings of quantum theory it was not possible to explain this effect properly.
Plutonium does not power all nuclear plants, uranium is a much more common fuel since it occurs naturally while plutonium must be produced in a nuclear reactor.
This thread may be a dead loss, but no reason we can't have some real science here as well.