If I lay two marbles on a flat sheet on a bed, and their spacing is close--I
take my finger and push one marble down into the material of the bed--so as
it deforms or "warps" the shape of the bedding, the other marble is "pulled"
towards it--if the two marbles are far apart--the second is unaffected...

If ether has a property similar to that bed, I can warp that ether and cause
objects to be affected--in relationship to their proximity to the "warp" I
am causing...

If I place a piece of paper over a magnet--gently sprinkle iron powder over
the paper--I see lines--claimed to be a "magnetic field"....

.... do you think these "lines" are photons (waves?)shooting from one end of
the magnet to the other (of course they would actually be lying outside the
metal of the magnet in a "static" state).... or is this iron powder a
"warping" of the ether I am looking at?

Warmest regards,
John
--
Sit down the six-pack!!! STEP AWAY!!! ...and go do something...

"Richard Harrison" wrote in message
...
| John Smith wrote:
| "Oh yes, the important spacing--"
|
| Proximity determines induction in a parasiteic element. Far from an
| energy source, the parasite captures little energy and re-radiates
| little. The mutual impedance between elements is small when spacing is
| large.
|
| A parasite must be nearly resonant to become excited. Behavior is
| similar to a reed in a resonant-reed frequency indicator. The resonant
| reed is strongly excited. Other reeds are little excited at the wrong
| frequency. An out of tune antenna element has its current impeded by
| reactance. A resonant element has no reactance.
|
| Detuning a parasitic element is slight if excitation is to be
| maintained, but it is enough to make the element reflect or direct as
| desired.
|
| Magnetic fields are naturally produced around current-carrying
| conductors and around displacement currents too. Electric and magnetic
| force lines are mutually perpendicular. In space, the plane containing
| crossed electric and magnetic lines is called the wave front. Travel
| direction of the front is perpendicular to the crossed electric and
| magnetic lines.
|
| Wave theory accurately predicted radio behavior before anyone thought of
| acceleration causing photon emissions.
|
| Best regards, Richard Harrison, KB5WZI
|