In order to prove his extraordinary theory about the generation and behavior
of light, Maxwell and partners went to a Scotland farm, where a businessman
and amateur scientist had the biggest battery in Britain.

The gentleman was happy to help Maxwell to prove his theory. Maxwell's goal
was to find out the values of permittivity and permeability by using several
techniques that he had already developed at Cavendish lab. Basically, the idea
was to charge and discharge capacitors (of that epoch) and make measurements
about the electric and magnetic parameters involved.

To put it simply, Maxwell generated sparks by electric discharges. Hertz, two
decades later, started from here. The legendary experiments led Hertz to
observe sparks in the tiny separations of the ends of what would become
the famous Hertz' dipole, which continue to be used today.

Now, what Maxwell did was to TRANSFORM electric potential (+, -) into light,
when the probes touched and a discharge was produced.

QUESTIONS:

1) Does it mean the transformation of potential energy into light?. If so,
can this be reproduced in outer space, with almost absolute vacuum and
no strong gravitational field.

2) Is this somehow related to E = mc^2?, or is this related to the Dirac's
theory about his sea of bubbles, where photons appeared and disappeared
out of not known influences?

3) Can potential electric or magnetic energy store light under OTHER FORM?

4) Is the Dirac's sea of quantum bubbles where the energy of photons go, or
is retrieved?. Is this a manifestation of vacuum energy, dark energy or matter?

In plain words, the sparks that you see when you touched the poles of a
battery signal that one kind of potential energy can be transformed in other
form of kinetic energy? Because photons have kinetic energy, isn't it?

On Monday, March 6, 2023 at 7:19:11 AM UTC-8, Richard Hertz wrote:
> In order to prove his extraordinary theory about the generation and behavior
> of light, Maxwell and partners went to a Scotland farm, where a businessman
> and amateur scientist had the biggest battery in Britain.
>
> The gentleman was happy to help Maxwell to prove his theory. Maxwell's goal
> was to find out the values of permittivity and permeability by using several
> techniques that he had already developed at Cavendish lab. Basically, the idea
> was to charge and discharge capacitors (of that epoch) and make measurements
> about the electric and magnetic parameters involved.
>
> To put it simply, Maxwell generated sparks by electric discharges. Hertz, two
> decades later, started from here. The legendary experiments led Hertz to
> observe sparks in the tiny separations of the ends of what would become
> the famous Hertz' dipole, which continue to be used today.
>
> Now, what Maxwell did was to TRANSFORM electric potential (+, -) into light,
> when the probes touched and a discharge was produced.
>
> QUESTIONS:
>
> 1) Does it mean the transformation of potential energy into light?. If so,
> can this be reproduced in outer space, with almost absolute vacuum and
> no strong gravitational field.

Where does potential energy get borrowed from?
How does a light bulb create new light waves?

>
> 2) Is this somehow related to E = mc^2?, or is this related to the Dirac's
> theory about his sea of bubbles, where photons appeared and disappeared
> out of not known influences?

Density.
>
> 3) Can potential electric or magnetic energy store light under OTHER FORM?

There is no potential energy. Light and atom can change in energy...
>
> 4) Is the Dirac's sea of quantum bubbles where the energy of photons go, or
> is retrieved?. Is this a manifestation of vacuum energy, dark energy or matter?

There is no vacuum energy. There is just real material instead.
EM energy and atom are the only real material.

>
> In plain words, the sparks that you see when you touched the poles of a
> battery signal that one kind of potential energy can be transformed in other
> form of kinetic energy? Because photons have kinetic energy, isn't it?

Wave electrons jump from one atom surface to another in electricity. That is real.
Not potential energy. It is not real. Electrons get a push instead.

Mitchell Raemsch

On Monday, March 6, 2023 at 3:50:43 PM UTC-3, mitchr...@gmail.com wrote:

<snip>

> Wave electrons jump from one atom surface to another in electricity. That is real.
> Not potential energy. It is not real. Electrons get a push instead.
>
>
> Mitchell Raemsch

I accept your wave electrons, but explain this:

If I have an 18 VDC battery and I approximate an electricity/magnetism sensor ($15, I bought one recently to work with AC),
the sensor starts to beep with increasing frequency as I put it closer to any pole.

There is no current flowing through the battery, so the sensor is detecting an electric field (with incredible sensitivity).

If I make a short circuit, your wave electrons start to flow but the sensor stop beeping. Sparks appear as I connect both poles.

What is happening?

Richard Hertz wrote:

> If I have an 18 VDC battery and I approximate an electricity/magnetism
> sensor ($15, I bought one recently to work with AC),
> the sensor starts to beep with increasing frequency as I put it closer
> to any pole.
>
> There is no current flowing through the battery, so the sensor is
> detecting an electric field (with incredible sensitivity).
>
> If I make a short circuit, your wave electrons start to flow but the
> sensor stop beeping. Sparks appear as I connect both poles.
>
> What is happening?

the field is reversible, going forward and back. The contact of your
battery is metal. If constant oscillations, it means the saturation energy
is gotten from the battery. More information here

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On Monday, March 6, 2023 at 11:51:23 AM UTC-8, Richard Hertz wrote:
> On Monday, March 6, 2023 at 3:50:43 PM UTC-3, mitchr...@gmail.com wrote:
>
> <snip>
> > Wave electrons jump from one atom surface to another in electricity. That is real.
> > Not potential energy. It is not real. Electrons get a push instead.
> >
> >
> > Mitchell Raemsch
> I accept your wave electrons, but explain this:
>
> If I have an 18 VDC battery and I approximate an electricity/magnetism sensor ($15, I bought one recently to work with AC),
> the sensor starts to beep with increasing frequency as I put it closer to any pole.
>
> There is no current flowing through the battery, so the sensor is detecting an electric field (with incredible sensitivity).
>
> If I make a short circuit, your wave electrons start to flow but the sensor stop beeping. Sparks appear as I connect both poles.
>
> What is happening?

Why does chemistry push electricity? Light for Silicon does.

On 3/6/2023 7:19 AM, Richard Hertz wrote:
//

emitting a photon. From a base state to an excited state?

mitchr...@gmail.com wrote:

>> the field is reversible, going forward and back. The contact of your
>> battery is metal. If constant oscillations, it means the saturation
>> energy is gotten from the battery. More information here
>>
>> Famous Ukrainian Nazi Ends Up In Psych Ward - Begins Organizing The 4th
>> Reich https://%62%69%74%63%68%75%74%65.com/video/OjhtTiWKLbiO
>>
>> Wagner replace piss-and-windex vomit rag with their own on the T-34
>> monument in Bakhmut
>> https://%62%69%74%63%68%75%74%65.com/video/l5eyObsTPX88
>>
>> Protests in Australia against North American Terrorist Occupation
>> https://%62%69%74%63%68%75%74%65.com/video/E6Cnj9Ahszjp
>>
>> Protests in Austria against North American Terrorist Occupation
>> https://%62%69%74%63%68%75%74%65.com/video/HPpDnX2LrHo1
>
> How does ac electricity go back and forth across a wire?

you need two wires. Go think. A guy was once surprised what he saw on an
oscilloscope, working with a transformer. See transformers. Then go
terrorize an underwater gas pipeline.