"K1TTT" wrote
...
On Jul 5, 8:12 am, "Szczepan Bialek" wrote:

Heaviside modified Maxwell' model. His aether is also motionless but
withot
the molecular
vortices:http://en.wikisource.org/wiki/Electr..._moving_charge

if that is all the further you have read then you have much to learn.
at the very beginning they
infinite vs finite propagation velocity, so obviously they have not
made the critical measurements yet to refine the equations to the
proper ones and eliminate all the possible aetheric solutions.

You probably have heard about the sulimation of matter and photoemission of
electrons,
It means that in the space is the saturated vapour (todays plasma). It is
the medium for your radio waves.
It is known from Ludwig Lorenz.

Todays authors are conjecturing about the possibility of the transverse
waves. Is it not funny?
What waves are in your transmissing line?
S*

On Jul 5, 4:41*pm, "Szczepan Bialek" wrote:
*"K1TTT" ...
On Jul 5, 8:12 am, "Szczepan Bialek" wrote:



Heaviside modified Maxwell' model. His aether is also motionless but
withot
the molecular
vortices:http://en.wikisource.org/wiki/Electr..._moving_charge
if that is all the further you have read then you have much to learn.

at the very beginning they
infinite vs finite propagation velocity, so obviously they have not
made the critical measurements yet to refine the equations to the
proper ones and eliminate all the possible aetheric solutions.

You probably have heard about the sulimation of matter and photoemission of
electrons,
It means that in the space is the saturated vapour (todays plasma). It is
the medium for your radio waves.
It is known from Ludwig Lorenz.

Todays authors are conjecturing about the possibility of the transverse
waves. Is it not funny?
What waves are in your transmissing line?
S*

i still want to see how you polarize longitudinal waves.

Uzytkownik "K1TTT" napisal w wiadomosci
...
On Jul 5, 4:41 pm, "Szczepan Bialek" wrote:

You probably have heard about the sulimation of matter and photoemission
of
electrons,
It means that in the space is the saturated vapour (todays plasma). It is
the medium for your radio waves.
It is known from Ludwig Lorenz.

Todays authors are conjecturing about the possibility of the transverse
waves. Is it not funny?
What waves are in your transmissing line?
S*

i still want to see how you polarize longitudinal waves.

Richard has learn me that the dipoles are polarized not waves.
Monopoles do not need the directional orientation.
Directional patterns are the result of interference.

Is is trouble with understanding that the all scientists work on plasma?
Only students are in the solid aether. But they simply do not know that the
famous equations describes such.
Vectors describes the motions of something. Students should not be told what
it is. Because the goal is math (field method) teaching.
S*
S*

On Jul 5, 5:14*pm, "Szczepan Bialek" wrote:
Uzytkownik "K1TTT" napisal w ...
On Jul 5, 4:41 pm, "Szczepan Bialek" wrote:



You probably have heard about the sulimation of matter and photoemission
of
electrons,
It means that in the space is the saturated vapour (todays plasma). It is
the medium for your radio waves.
It is known from Ludwig Lorenz.

Todays authors are conjecturing about the possibility of the transverse
waves. Is it not funny?
What waves are in your transmissing line?
S*
i still want to see how you polarize longitudinal waves.

Richard has learn me that the dipoles are polarized not waves.
Monopoles do not need the directional orientation.
Directional patterns are the result of interference.

Is is trouble with understanding that the all scientists work on plasma?
Only students are in the solid aether. But they simply do not know that the
famous equations describes such.
Vectors describes the motions of something. Students should not be told what
it is. Because the goal is math (field method) teaching.
S*
S*

its too hot for this, i'm going for a swim... maybe some nice
longitudinal waves in the water will make me feel better.

"K1TTT" wrote
...
On Jul 5, 5:14 pm, "Szczepan Bialek" wrote:

Is is trouble with understanding that the all scientists work on plasma?
Only students are in the solid aether. But they simply do not know that
the
famous equations describes such.
Vectors describes the motions of something. Students should not be told
what
it is. Because the goal is math (field method) teaching.

its too hot for this, i'm going for a swim... maybe some nice
longitudinal waves in the water will make me feel better.

Next time look at water waves with the Stokes eyes:
http://en.wikipedia.org/wiki/Stokes_drift

They are more longitudinal than transversal. They transport the mass and the
energy.
S*

On Jul 5, 11:41*am, "Szczepan Bialek" wrote:
What waves are in your transmissing line?

They are photonic waves, obviously subject to the laws of physics that
govern photons.
--
73, Cecil, w5dxp.com