Free Solid State/mechanical energy

[barbosi]

...
Here's his sight, http://www.coralcastlecode.com/index.html

Look at his experiments, they are pretty awesome - and yes his website looks a little cheesy haha.  I wouldn't just throw away magnetic fields just yet, even if there is something to this magnetic vector potential thingy. 

I'm confused about the info in this site.
He shows the secret, presents 2D and 3D drawings and after reading through the whole site, I couldn't see how this secret might help. Nor the experiments. No presentation on test setup, what is done, how is done, what are the conclusions.
If he descovered the secret, certainly was not very convincing while presenting it.
Help...?...

[satyoda]

hello this is my first post on this site

the last four day's I have bin reading this forum.

and I have learned a lot about magnetism.

Manny thanks to all off you, in some way somthing was triggered in me to get me go in this direction because my dayli works is electronics and iI have bin thinking a lot about magnetism and from what I read it staats my thinking that magnetism is a frequency combined with energy X.I can not realy explane but I go from my sence and feeling about this matter I have not read the patens yet but will do so in the up coming week and then wil start to build the device I will keep you all posted and may also ask some questions.
the way i have read it, just start and do it.

erfinder said al he need to
Vielen dank und bis bald (manny thanks and til soon)

Satyoda

May the force X be with you

[Grumpy]

Charlie_V

Jon has nailed "IT" - the primal force - before electric.

(I believe others have found it also, yet chose not to disclose it for whatever reason.)

Perhaps Erfinder, too, has found it.

[barbosi]

All,

I've started to chew the riddle and I'd like to share my first thoughts with you.

From "Divine Cosmos":

Returning to the more ?comfortable? arena of physical matter, Kozyrev?s work
showed that torsion fields can be absorbed, shielded or sometimes reflected. For
example, sugar can absorb, polyethylene film and aluminum can shield, and
other forms of aluminum or mirrors can reflect.

and later,

? A body placed for a certain time near a process [that generates torsion waves] and
then brought to a torsion balance [would] produce the same effect on [the torsion
balance] as [the original torsion-generating] process [produced by] itself. [The]
memorizing [of] the action of processes is a feature of [all] different substances, except
aluminum.

Erfinder2 also said:

The ring is mounted on an aluminium core.  Aluminium is paramagnetic.  Paramagnetism draws paramagnetism to itself and expels diamagnetism!!!!!!   Aluminium in comparison to iron doesn't concentrate the paramagnetic field.  In the aluminium the field sloshes back and forth spilling diamagnetism into the circuit.

Positive Charge = Paramagnetism = EMF

My conclusion:
From here we learn that aluminium (paramagnetic), can absorb (atract) torsion fields (in our case EMF = Paramagnetism) and also when the field seize to exist, doesn't memorize the action of the field.
Eventualy, "other forms of aluminum" (here I have trouble making connection - with "other forms") can reflect (repel) torsion fields, in this case the diamagnetism (aka BEMF).

Coments, debates, other correlations?
Regards.

[allcanadian]

Quote
The ring is mounted on an aluminium core.  Aluminium is paramagnetic.  Paramagnetism draws paramagnetism to itself and expels diamagnetism!!!!!!   Aluminium in comparison to iron doesn't concentrate the paramagnetic field.  In the aluminium the field sloshes back and forth spilling diamagnetism into the circuit.

Positive Charge = Paramagnetism = EMF

It's important to remember the context of the information, Perception!
Aluminum is aluminum until it's in a magnetic field-then it's paramagnetic(+) weakly attracting, paramagnetism(+) is attracted to paramagnetism(+) but repels Diamagnetism(-). Which is odd isnt it? like charges attracting and unlike charges repelling, the opposite of static charges in air ? Hmm
Aluiminum not being ferromagnetic like iron can then be considered to have changing magnetic forces not concentrated, but moving.