🚀 go-pugleaf

> > > > For example, electrons carry charge and electromagnetic
> > > > radiation does not; both carry energy and momentum.

Electromagitism "IS" the charge carried by electrons.
Thus,
> > > > we know that electromagnetic radiation is not carried by
> > > > electrons because no *charge* is carried away from the
> > > > source,
Magnets are the source.  All electrical energy is produced by magnets.


> > > 2. An electron traveling in a wire generates an EM wave
> > > perpendicular to its direction....does a photon alos generate
> > > an EM wave perpendicular to its direction???
> >
> > No. Remember: light (EM radiation) has both particle and wave
> > aspects.

Bear in mind that magnets are much, much smaller than photons!!!!!!!  Light
cannot penetrate a 6 mil piece of black plastic for instance or a thin piece
of wood, magnets have no problem at all doing so.
>
> $$ Technically, "light" AND "heat" ARE "..the same thing", idiot.
>
> > EM radiation, photons, they are all labels for *the same thing*.

Bull!
> >
> > So when you make a statement like "does a photon also generate an EM
> > wave," you're asking whether light generates light. The answer to that
> > is no.

LMAO!  Yes but the photon must travel on an electromatic wave.  It may not
generate the wave but it's travel is dependent on a wave being present.  It
is the old chicken or the egg thingy :)

Look,  you know that Faraday proved that if you draw a magnet through a
copper coil a current will be produced.  What they left out of your book is
that you CAN glue the magnet to the coil and if both are moved together in
space (turned for instance) the same current is produced!  Now that wads up
the paper the laws of thermodynamics are written on and we couldn't have
that could we?  Best to leave that part out :)  It might lead one to zero
points and space/time anomolies and such ;)  Electricity is only part of the
riddle of magnets.

Mitch
>