How ,,induction’’ lamp works and absurdities of quantum hyp

[sorin]

How ,,induction’’ lamp works and absurdities of quantum hypothesis


The induction lamp mechanism contradicts both classical
electromagnetism and quantum theory.
It is absolutely unimaginable for a magnetic field to produce an
induced current into an insulator - gas tube and for quantum theory it
is impossible to explain how a excitant microwave photon generate a
ultraviolet photon.
There are some electrons appearing in actual orthodox explanation as
result of ,,Good will" in order to obtain the observed result.
The link:
http://www.elkadot.com/physical-chemistry/induction%20lamp%20and%20quantum%20hypothesis.htm

The stories of Munchausen’s baron are more credible then actual
explanation for induction lamp mechanism.

 

[stan]

On Jun 13, 5:56 pm, sorin <sorincosof...@yahoo.com> wrote:

How ,,induction’’ lamp works and absurdities of quantum hypothesis

The induction lamp mechanism contradicts both classical
electromagnetism and quantum theory.
It is absolutely unimaginable for a magnetic field to produce an
induced current into an insulator - gas tube and for quantum theory it
is impossible to explain how a excitant microwave photon generate a
ultraviolet photon.
There are some electrons appearing in actual orthodox explanation as
result of ,,Good will" in order to obtain the observed result.
 The link:http://www.elkadot.com/physical-chemistry/induction%20lamp%20and%20qu...

The stories of Munchausen’s baron are more credible then actual
explanation for induction lamp mechanism.

I guess this why a neon lamp or even a fluorescent light fixture tube
will glow when placed in or near the electromagnetic field from a
radio transmitter or other source of electromagnetic waves?
But in the case of neon lamps, in particular, the gas is an insulator,
but it's electrons being excited glow and emit light?
In the same manner that they do when a potential of more than about 70
to 90 volts is placed across the electrodes in a neon indicator or
test lamp! Interesting insulators.

 

[default]

On Sat, 13 Jun 2009 12:56:59 -0700 (PDT), sorin
<sorincosofret@yahoo.com> wrote:

How ,,induction’’ lamp works and absurdities of quantum hypothesis


The induction lamp mechanism contradicts both classical
electromagnetism and quantum theory.
It is absolutely unimaginable for a magnetic field to produce an
induced current into an insulator - gas tube and for quantum theory it
is impossible to explain how a excitant microwave photon generate a
ultraviolet photon.
There are some electrons appearing in actual orthodox explanation as
result of ,,Good will" in order to obtain the observed result.
The link:
http://www.elkadot.com/physical-chemistry/induction%20lamp%20and%20quantum%20hypothesis.htm

The stories of Munchausen’s baron are more credible then actual
explanation for induction lamp mechanism.

Seeing is believing. Plasma spectrophotometers just inject enough RF
into a sample chamber to turn whatever is in there to a plasma -
including air. I suspect reduced pressure gases are even easier to
ionize.
--

 

[John Larkin]

On Sat, 13 Jun 2009 12:56:59 -0700 (PDT), sorin
<sorincosofret@yahoo.com> wrote:

How ,,induction’’ lamp works and absurdities of quantum hypothesis


The induction lamp mechanism contradicts both classical
electromagnetism and quantum theory.
It is absolutely unimaginable for a magnetic field to produce an
induced current into an insulator

Imagine this: AC magnetic field creates AC electric field. Electric
field ionizes gas. Ionized gas conducts.

- gas tube and for quantum theory it

is impossible to explain how a excitant microwave photon generate a
ultraviolet photon.

The gas molecules aren't directly absorbing single microwave photons,
they are being accelerated by the electric field and smashing into one
another at high velocity. The electric field is the result of enormous
numbers of microwave quanta acting synchronously.

The effect is similar to using a CO2 laser to heat things to very high
temperatures, much higher that the black-body temperature that
corresponds to the CO2 wavelength. Again, coherence adds punch and
frees you from the constraints of black-body thermodynamics and
flourescence wavelength limits. If a gas molecule is excited by a
single photon, it can only re-emit at the same or a longer wavelength.
If it's excited by 10^30 photons, it can do whatever it wants.

Ever put an NE-2 neon lamp in a microwave oven? Interesting.

John