On Sep 21, 6:11*am, Bob_Villa wrote:
On Sep 19, 11:38*am, sorin wrote:









Electromagnetic spectrum – illusion and absurdity

Classical electrodynamics is build up on a postulate of
electromagnetic waves emission by accelerated charges. This postulate
can be ruled out with simple experiment performed home.
A simple cut off experiment can show that a beam of electrons
accelerated in a cathode tube do not emit any electromagnetic waves
during acceleration. Of course we do not take into consideration the
spot produced during beam contact with phosphorescent layer of screen.
In a second cut off experiment, in case of a magnetron, if static
magnetic field is removed and electrons are accelerated between
cathode and anode, no microwaves are ever produced. On the other hand
if we keep the electric field and magnetic field, but resonant
cavities are filled in, we have two situations. Up to a certain value
of magnetic field, the electron trajectories are curved but they
manage to arrive on anode and no electromagnetic waves are produced.
If the magnetic field overpasses a certain value, the electron
trajectory is so curved that they fall back on the cathode. In this
case there is an emission of electromagnetic waves on a broad spectrum
in radio and microwave domain.
The resonant cavities importance is analyzed and it is found that they
insure the emission on a short range of frequencies, depending on
their characteristics.
In fact it can be formulated a new paradox of modern electrodynamics:
emission of electromagnetic wave is the best when Maxwell equations
are ruled out. This paradox is always respected in case of a microwave
oven: the emission in microwave is maxim when electric current is
quite zero and electrons fall back on the cathode.
In a third cut off experiment the working principle of NMR is analyzed
and it is found that this demolish the foundation of both quantum
theory and classical electromagnetism.
In proposed theory the actual electromagnetic domain is split up in
three distinct categories: electric currents, electromagnetic waves
(radio, microwave and new terahertz waves) and photons (IR,VIS, UV,
etc) domain.
* * * * * * Further, the conditions in which matter emits
electromagnetic waves or photons are analyzed.
The link:http://www.elkadot.com/ro/magneticit...omagnetic1.htm

The second part of this material will be posted as soon it will be
finished.

* * * * * * Best regards,
* * * * * * Sorin Cosofret

You need a proof-reader...excuse this, but your syntax, sentence
structure,tense, and lack of pronouns (or too many) is atrocious.

(not pronouns...articles)