Now we must receive the metal ball at somewhere else. We then build a stopper at the destination point where we can receive the teleported object. You see, I believe that "likes attract". If there is a party going on, party animals will all gather at the party. If we duplicate the metal ball's frequency and then boost it up, the metal ball may follow its boosted frequency and be teleported to somewhere else.
Updated June 5, 1997. Another theory. Maybe if we replace the two magnetic coil (see picture) with a transformer that transforms the frequency very very high, the high frequency may be able to carry the object away through wire.
But it must be like this: If the metal ball is, for example, 100 megs, then at that very moment, the frequency must be able to carry 100 megs per second. (I'm talking computer now. I don't know any other way to describe this phenomena.) You cannot have only 50 megs of traffic per second because the metal ball cannot break up into half, be transferred away, and later be united again. The metal ball is in one piece and cannot be dismantled. Therefore, if the metal ball is 100 megs, we need 100 megs per second frequency to teleport this ball. You see, the entire thing must be teleported at that very instance. Or else, it won't move. The more heavier the object, the more energy we need.
