Michel Jullian wrote: > Never mind, let's assume you're right. How can you draw energy more than once from this, or from a falling weight?
From what-- magnetic dipole moment, charged space, or what? If two magnetically attracted current loops move closer then energy is moved away from the source that *sustains* the current loops. From there it depends if the current loop decreases in current or they move apart. That's why I've stated it's *temporary* energy in terms of the electron spin ***unless*** something annihilates the electron. If the electron is annihilated after gaining such KE due to acceleration then it's permanent energy. :-) Regards, Paul Lowrance > ----- Original Message ----- > From: Paul >> Michel Jullian wrote: >>>> Where did this [kinetic energy] come from? Simply >> the energy you put into the loop to >>>> establish the magnetic field. >>> I don't know, do we have to put energy into a >> positive charge so that it gets attracted >> to a negative charge? >> >> >> >> According to physics, yes. If space is charge then >> that is a certain amount of energy. >> Charged particles were created. They just didn't >> magically appear. A positive and negative >> charged particle can be created from two photon beams. >> >> >> >> >> Paul ____________________________________________________________________________________ Never miss an email again! Yahoo! Toolbar alerts you the instant new Mail arrives. http://tools.search.yahoo.com/toolbar/features/mail/
