Alien Reproduction Vehicle

Nwakuche

Though I will not recommend using his variation due to the fact that if you attempt to load your free energy too fast, the ferrite might due to the temperature dropping too fast as the ferrite is operating on a different time rate and imperfection in the distribution of rotating magnetic field causes time rate variations in the ferrite and in turn sharp temperature variations and pressure change can causes it to crack.

Dejan Corovic

As above, so bellow
gravitational potential field is the gradient of the divergence of the magnetic vector potential field.

how did you work out this one?

So, magnetic vector potential A has both curl and gradient?

is there a way to visualise that? How does gradient of divergence looks like?

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Nwakuche

how did you work out this one?

So, magnetic vector potential A has both curl and gradient?

is there a way to visualise that? How does gradient of divergence looks like?

Gravitational potential field is the divergence of the magnetic vector potential field while Gravitational force field is the gradient of the divergence of the magnetic vector potential field or simply put, the gradient of the gravitational potential field.

As for visualization of the divergence of the magnetic vector potential field, it is like water flowing down the drain, the lines of potential fields all point towards a central point from all around the point or away for the point depending on whether the force field is attractive or repulsive.

Read the PDF titled "an introduction to scalar physics" from Transcending the Matrix Control System search the site for the pdf

Dejan Corovic

As above, so bellow

Gravitational potential field is the divergence of the magnetic vector potential field while Gravitational force field is the gradient of the divergence of the magnetic vector potential field or simply put, the gradient of the gravitational potential field.

As for visualization of the divergence of the magnetic vector potential field, it is like water flowing down the drain, the lines of potential fields all point towards a central point from all around the point or away for the point depending on whether the force field is attractive or repulsive.

Read the PDF titled "an introduction to scalar physics" from Transcending the Matrix Control System search the site for the pdf

Thanks!

Its not easy to find, but here is a very nice overview and top-down summary:

The Etheric Origins of Gravity, Electricity, and Magnetism | Transcending the Matrix Control System

Here is a link to the page from which one can access the "An Introduction to Scalar Physics" paper:

Ether Physics | Transcending the Matrix Control System

Nwakuche

Gravitational potential field is the divergence of the magnetic vector potential field while Gravitational force field is the gradient of the divergence of the magnetic vector potential field or simply put, the gradient of the gravitational potential field.

As for visualization of the divergence of the magnetic vector potential field, it is like water flowing down the drain, the lines of potential fields all point towards a central point from all around the point or away for the point depending on whether the force field is attractive or repulsive.

Read the PDF titled "an introduction to scalar physics" from Transcending the Matrix Control System search the site for the pdf

or whether the potential fields is positive or negative.

Dejan Corovic

As above, so bellow
or whether the potential fields is positive or negative.

... and that potential, is it scalar or is it, what they call, 4-vector?

Nwakuche

... and that potential, is it scalar or is it, what they call, 4-vector?

well the superpotential field, electric potential field are scalar while only the gravitational potential field and magnetic vector potential field are vector quantity.

all those 4 vector stuff, I don't really give a dam about those stuff as it does not add any value to my store of knowledge and understanding. it just makes things seem more complicated than they really are.

Nwakuche

well the superpotential field, electric potential field are scalar while only the gravitational potential field and magnetic vector potential field are vector quantity.

all those 4 vector stuff, I don't really give a dam about those stuff as it does not add any value to my store of knowledge and understanding. it just makes things seem more complicated than they really are.

As for the whether the gravitational potential field is a scalar or vector quantity you have to check in physics text. I think it is actually scalar. The rest are certainly correct.