Michel Jullian wrote: > Oh I think I understand at last your reasoning: in this case in your view energy is conserved > because the field energy decreases while the kinetic energy increases. Whereas in the case > of the two permanent magnets _both_ the field energy and the kinetic energy increase, so you > think there is a net gain of energy. Do I interpret correctly your line of thought?
Regarding the electro-magnet we can precisely trace where such energy comes from, as described in earlier posts. The million-dollar question is regarding charged particles such as the electron. So far we can only speculate where the electrons energy exists or what sustains the electron. Indeed many QM physicist claim the electron has no size as we understand. Perhaps it does, perhaps it does not. Perhaps the energy is found in a higher dimension. We know it requires energy to create the electron. Therefore, such energy must exist. Regards, Paul Lowrance > ----- Original Message ----- > From: Michel Jullian > To: <vortex-l@eskimo.com> > Sent: Tuesday, January 30, 2007 7:07 AM > Subject: Re: [Vo]: Energy *Violations* using *standard* physics > > >> I suppose that's one way to look at it. Does this allow you to find E - E' ? >> >> Michel >> >> ----- Original Message ----- >> From: Paul >> To: <vortex-l@eskimo.com> >> Sent: Tuesday, January 30, 2007 5:14 AM >> Subject: Re: [Vo]: Energy *Violations* using *standard* physics >> >> >>> Michel Jullian wrote: >>>> Ok, electric then. Can you draw energy more than >>> once from the coulombic attraction of >>> a charged body of say +1 coulomb accelerating towards >>> a fixed equal and opposite charge? I >>> mean for example: >>>> - How much energy E do you retrieve by releasing it >>> from 1m away and stopping it 1cm >>> away? (say converting 100% of it's KE to heat) >>>> - Which energy E' must you expend to bring it back >>> 1m away so you can retrieve E again >>> from the system? >>>> - What's the net energy E - E' pumped per cycle? >>>> >>>> Michel >>> >>> >>> It's the same as an electro-magnetic in that energy is >>> moved. Two oppositely charge and >>> attracted objects accelerating toward each other >>> cancel each others E-field. So the >>> E-field energy is moved to KE. >>> >>> >>> Regards, >>> Paul Lowrance ____________________________________________________________________________________ Bored stiff? Loosen up... Download and play hundreds of games for free on Yahoo! Games. http://games.yahoo.com/games/front
