Soft Particle Physics

[Koen1]

Okay, well I follow your reasoning a bit better now.
I don't really agree entirely with your view of photons and mass, but I'll go along with it for the
sake of better understanding your experiments and ideas. Hope you don't mind.

The energy that is supplied by our sun is, to our limited human perception, infinite.  There is unlimited energy continuously raining down on us.  In the light of my theory of Soft Particle Physics we can harness this energy in a way that is more effective than solar cells.  The solar cell captures photons and converts them directly into electrons.  A soft particle reactor will in essence take soft particles, which are large concentrations of coalesced photons, and break them down into electrons.  So this is really akin to solar power, but we are taking advantage of a natural phenomena which concentrates the energy into soft particles.

Aha! Now this is where it gets really interesting!
Can you tell me more about that? (How do these reactors link with the soft particle "flux",
how are they made)
I know you said you'll post all when you're ready and I'm sorry for being so pushy.
Just a bit enthousiastic I suppose

Why sphagnum moss?  It is the material which stores the greatest amount of soft particles per unit volume.  Cater specified organic material in his book.  I have tried regular dirt, cotton cloth, different forms of paper.  Sphagnum moss seems to be the best.  I am open to another material if it is more effective.  Please feel free to research it.

Well I just thought perhaps typical Reichian/Orgone materials might work, like are used in Oracs... so that would be things like wood, cotton cloth, wool,
leather, paper, silk, things like that...

Thank you for your questions.  It really helps to develop the theory in language that can be understood by everyone.  The hardest thing about this project is pulling my ideas down from my spirit and putting them in a language that everyone can understand.  I understand it, but it is not always easy to help someone else understand.

Yes, I know what you mean.
This is why I tend to produce a lot of text: I try to formulate things so people can hardly misunderstand.
I get the feeling you have a very clear picture of what you're trying to do. I do not, and I am trying to
figure out what your picture looks like.

I am guessing you're using a sort of orac/coil combination to 'intercept' the soft particles and add them
to the coil energy, or something like that?

Thanks, be well!
Koen

[z.monkey]

Morning Koen1,
The soft particles interact with the reactor an a way similar to the way a radio transmitter interacts with the ethers.  Except that the soft particles are unstable and break down in the reactor while ethers are stable.  The reactor is going to use an AC wave form to drive the exciter, the central coils.  The end plates of the device are made of wood so the soft particles can move through them.  The field the reactor generates is open and not shut in a shielded, sealed box.  The open ended field, which is electromagnetic, will draw soft particles in from the environment surrounding the reactor.  As the power draw on the reactor becomes greater the field also grows larger proportionally.  This will have some unknown limitation as to the maximum size of the field relative to the size to the reactor.  The reactor will work better when exposed to sunlight and not locked away in some mechanical room.  The direct energies form the sun will enhance its function.  The reactor will generate slightly less power in the dark.  These last four things are being interjected by my spirit.

In my mind I feel that soft particles are analogous to heat, not the same thing, but similar.  An orgone accumulator has been called a "special kind of oven".  We are dealing with a rarefied heat.  We associate infrared photons with heat.  The soft particles are more solid and have more mass than the infrared photons.  This thing we are dealing with is somewhere between energy and matter, and that is why conventional physics has never pinned it down, it's too nebulous, too tenuous, too hard to think about.

I suppose that Reichian materials would work fine.  After all this reactor is a deliberate hybrid of an orgone accumulator and an exotic electrical transformer that has been modified to exceed unity.  Make it a better orgone accumulator and it will work better.  As for the electrical transformer part, it is a radical departure from normal transformer design.  The primary core has 3360 windings on 7 core elements.  These elements only have 1 layer of windings on them.  The purpose for this is to maximize magnetic flux in one direction and minimize reverse magnetic currents in the primary coils.  The return magnetic current we want to go specifically to the secondary, and not be lost as eddy currents in the primary.  I am still working on the dynamics of how the flux patterns influence the reaction.  More on that coming soon.

The purpose of the unusually long narrow core is to increase to velocity of the magnetic flux traveling through the cores.  Normal transformers have a bobbin shaped winding which is usually about as long as it is wide.  By having a relatively long narrow core we are forcing the flux to travel in more of a straight line.  The continuous windings down the whole length of the long narrow core act as an accelerator.  My theory is that by doing this we are causing the magnetic flux to be accelerated to a higher velocity than in a typical transformer core.  This is helping the core be more efficient and hopefully it will exceed unity.  There is also a theory about having excessive windings on a core.  This is the way a flyback transformer generates high voltages.  This I believe is another example of increasing the velocity of the magnetic flux inside the core material to gain access to natures secrets.

Another thought I had is why not add another principle to this thing.  We already have an orgone accumulator, and an exotic transformer.  There is another piece of work that this is very similar to and the reactor could benefit from.  This is Henry Moray's work.  His radiant power generators are legendary.  The secondary coil of the soft particle reactor is four and a half inches in diameter and eight inches long, suitable for receiving low frequency signals.  Moray's radiant energy generators were basically low frequency radio receivers which tuned in on the resonant power of Earth.  The soft particle reactor can operate in that frequency range.  I had already planned to make the exciter a resonant circuit.  We can also make the collector a resonant circuit and add a piece of Moray's work by adding a Earth ground to the center tap of the collector coil, and antennas to the ends of the collector coil.  This way we have a resonant dipole collector which could be forced to resonate at the 7.8 Hertz frequency by the exciter primary coils, same as the Earth.  This would work to provide power in a fixed, permanent installation like to power a house.  For a mobile application, such as an electric car, we would have to rely more on the soft particle reaction to get the power.  But by having multiple technologies blended a synergistic effect would increase the available power.

Progress report.  Last night I added terminations to the coil wires.  I have all the pieces to construct the driver board.  I was also able to measure the DC resistance of the coils.  The seven section exciter coil, which are wired in series parallel, came out to be 8.4 ohms really close to what I predicted.  The secondary is right at 30.0 ohms.  I need to work out the inductance for the seven section primary and the single coil secondary.  This way I can choose the capacitors which will make the circuits resonant.  There are three circuit boards to construct, the biamped driver board, the feedback regulator board and the storage capacitor board.  So there is still a good deal of work to be done.I have been working on this reactor for just over 5 weeks in my spare time.  I am hoping to have the prototype functioning in another 4 or 5 weeks.

Blessed Be Brothers....

[z.monkey]

Progress report:
I have been building the driver board over the past couple of days.  This circuit is a Wien Bridge Oscillator which produces a sine wave, and a biamped power operational amplifier.  The reason that I chose the biamped configuration was to provide true alternating current from a non-AC Outlet source.  The Wien Bridge oscillator is adjustable.  It can cover the ELF an LF bands.  I haven't tested the limits yet, but the goal was to be able to get frequencies from 5 Hertz to 500 Hertz, but it will cover higher frequencies maybe up to about 100Khz.  The experiments that I am doing are in the ELF band.  The driver board will only be battery powered.  The ultimate goal being an independent, mobile power source which uses the soft particle reaction to generate usable power as well as power to keep its own batteries charged.

Here is a link to the Wein Bridge Oscillator Circuit.
http://www.massmind.org/images/www/hobby_elec/e_ckt18.htm

Here is a link to the Biamped Power Op Amp Circuit, it's in the TDA2006 datasheet.
http://www.st.com/stonline/products/literature/ds/1452.htm

Here is a picture of the driver board...

Blessed Be Brothers...

[z.monkey]

Haste makes waste.  I was really excited to have the board finally finished last night.  I was surely moving too quickly.  So in my haste, I accidentally soldered all the battery terminals on the battery holders together.  So when I put all the batteries in their holders they were shorted out.  They got really hot and melted one of the holders.  So I had to stop and glue the terminal back into the battery holder, cut off the extra wires I soldered to the battery holders, and remind my self to think, plan, then act.  Then I got everything together and operating.  No were not in overunity land yet.  Making progress though.  So at the end of the night my oscilloscope got intermittent, and now it wont display the trace.  So tonight I get to pull apart the oscilloscope and figure out where the intermittent circuit is, fun fun.

Damn old silly scope...

Blessed Be Brothers...

[Koen1]

well you certainly have been busy

Thanks once again for your explanations and progress report.

Now I see where you're coming from, with the altered core transformer.
Of course it does not really accord with the standard physics I have
been taught back in school, but then again neither does my own
work on energy cells.

As for the Moray tube, as far as I know it was a fairly ingenious
combination of radio-detector-like receiver and radioactively
stimulated power amplifier. It used charges collected from
the "aether" by an antenna and receiver-like setup, and
creatively built electron tubes that combined radio(activity)-
stimulated electron emission with tube rectification and quite
possibly some semiconductor-electron-valve variation, all
in one complex tube. But then, that's what I have gathered from
what I've heard and read about it; I've never seen an actual
Moray tube in person nor have I heard of anyone who has
actually seen one in action, so it remains a bit vague.

I was thinking, and correct me if I'm wrong, but assuming these soft
particles of yours are indeed "sticky" and get slowed down and/or
"stick to" matter because matter is "rolled up" energy while the
soft particles are only "semi-rolled-up", and if this "interception"
of said soft particles and "conversion" partly into energy and partly into
mass happens mainly inside (large) bodies of mass,
then would this energy not be "captured" more easily if we were
to use a transformer core that contains a significant amount
of a relatively heavy element?
Or perhaps, as 'normal' electrical charge is considered to flow
along the outside of a conductor, it might be usefull to use a
relatively heavy element for isolating coating on the transformer wire?
The idea of course being that adding heavy elements significantly
increases the mass, which might cause more soft particles to
"stick" to the transformer materials...

Does that make sense?
I'm just trying to make some extrapolations based on what you said here,
so if you think I'm off somewhere then please do tell.

Kind regards,
Koen