Discussion:
Photon in a Wave
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Salmon Egg
2009-07-05 00:08:40 UTC
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I have been peeking in on this thread without actually reading it.
That's a good idea. I've snipped your reply without actually reading it.
I wish you had done that a long time ago.

Bill
--
Most people go to college to get their missing high school education.
john240509
2009-07-05 20:27:38 UTC
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In article
And the photon is in what wave? Electric or Magnetic?
It makes little difference.
Yes it does, it is both. The electric leads the magnetic by pi/2.
Energy causes spin in space.
The charge-pairs that are there present
lying on one another are spun and separated by the
magnetic field created by their spin.
The charges thereafter chase each other
around that magnetic field using linked
rotations in two planes to produce 3D
standing waves.
Up to a certain energy, only 1 to 1 rotation
standing waves may be attained; these are
photons, and they are taken away at
lightspeed because they are not spherically
symmetric.
After a certain energy, 1 to 2 rotation
standing waves may be attained; this is matter.
john
john240509
2009-07-06 01:57:06 UTC
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In article
And the photon is in what wave? Electric or Magnetic?
It makes little difference.
Yes it does, it is both. The electric leads the magnetic by pi/2.
Energy causes spin in space.
The charge-pairs which make up space- the virtual pairs-
overlie each other, and when spun are separated by
the opposite magnetic fields each creates.
These chase each other around trying to recombine.
Since they have three dimensions to do it in, they
use two linked orthogonal rotations.
Up to a certain energy, only a 1 to 1 linked rotation
is attainable, which is not spherically
symmetric, and is carried away at lightspeed. Photons.
After a certain energy, a 1 to 2 linked rotation
is attainable, and remains stationary, absorbing
energy equally from all sides. Matter.
john
Benj
2009-07-06 20:35:14 UTC
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It makes little difference.
Yes it does, it is both. The electric leads the magnetic by pi/2.
1. Electric does not lead magnetic.

2. http://en.wikipedia.org/wiki/Electromagnetic_radiation

3. Moron

(Obviously set post followup properly to reflect 3. above)
BURT
2009-07-06 21:20:46 UTC
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Post by Benj
It makes little difference.
Yes it does, it is both. The electric leads the magnetic by pi/2.
1. Electric does not lead magnetic.
2.http://en.wikipedia.org/wiki/Electromagnetic_radiation
3. Moron
(Obviously set post followup properly to reflect 3. above)
I repeat. How does the photon move from one wave to the other?

Mitch Raemsch

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