Goral said:
Well, sth like magnetic traps are being used to deal with containing substance at extremely high temperatures, plasma for example, or Bose-Einstein condensation (which is considered as 5th state of matter), so in theory it is possible.
It is clear from this and other posts of yours that you know almost nothing about even the very basics of physics, so allow me to enlighten you. First, the most irritating blunder you made is to include Bose-Einstein condensates in your listed examples of "extremely high temperature" substances, In fact, they are one of the few phenomena in the observable universe that begin to approach absolute zero, or zero degrees Kelvin, the lowest temperature possible. The only thing that can reach absolute zero is a perfect vacuum, a state of absolute nothingness, and thats definitely a far cry from the "extremely high temperatures" you speak of.
Second, you make the mistake of implying that "magnetic traps" as you call them, are capable of containing any substance of a very high temperature, as if that somehow qualifies the substance for magnetic manipulation. Whether any non-electrically charged substance respondes to a magnetic field depends on a number of factors, such as paramagnetism (attracted), diamagnetism (repelled), or ferromagnetism (has it's own permanent field), simply being very hot is insufficient.
Third, Plasma is, in this case, an ionized gas. Meaning it is a gas that has been exposed to sufficiently high energies to have some proportion of its atoms lose or gain an electron, giving the gas a positive or negative charge, respectively. Because plasma is electrically charged, it
can be manipulated by either electromagnetic or electrostatic fields, however, most plasmas are a combination of ionized and non ionized atoms, the latter making the gas much more difficult to move. In fact, the vast majority of artificial plasmas have only a small fraction of there total atoms ionized, making magnetic manipulation
very difficult. Imagine throwing a chunk of iron at a large magnet, would it stick? Of course. But what if that iron chunk is surrounded by many more lead chunks, would it still stick? Probably not.
Edit: I know the iron chunk analogy is shit, but I could not think of a better one. I also know that the explanations I gave for magnetism and plasma are overly simplistic, but without writing pages of theory and technical jargon that this guy would never understand, it's the best I can do.