sci.physics.electromag

On Mar 23, 11:15=A0pm, "FrediFizzx" wrote:
> "maxwell" wrote in message
>
> news:115e40f3-cf71-415a-8fa7-398e6f103967@i12g2000prf.googlegroups.com...
> On Mar 9, 8:17 pm, "Sue..." wrote:
>
>
>
> > On Mar 9, 8:31 pm, maxwell wrote:
>
> > > On Mar 8, 3:12 am, "Sue..." wrote:> ...
> > > > If Jefimenko's equations refers to electrons, we can bring a
> > > > positron near it and cause the electron to vanish.
> > > > Real things can't vanish can they?
>
> > > > Sue...
>
> > > How do we know they are not there? They may be so close they are
> > > ignoring the rest of the world (for a time), perhaps like
> > > honeymooners
> > > on their first night.
>
> > They might be. But if so, here is a photo of someone
> > getting a "free lunch".
>
> >http://teachers.web.cern.ch/teachers/archiv/HST2002/Bubblech/mbitu/el...
>
> > Sue...
>
> Thanks for the neat photo, Sue. =A0Looks as though the waiter came &
> brought breakfast for our two honeymooners. =A0Seriously, folks, where
> do you think these two particles came from, thin air?
> ---------------------------------
>
> IMHO, they came from the quantum "vacuum". =A0The quantum "vacuum" is
> loaded with virtual fermionic pairs in a special configuration which we
> call the Spin Matrix. =A0The best I can do to explain it involves two
> intersecting 3-branes.
>
> Best,
>
> Fred Diether
> Co-moderator =A0sci.physics.foundations
Well, Fred, I can see you are obviously one of the three brains -
where are the other two?