Clemente Figuera: A layman assimilation through analysis and discovery

Jose Antonio

Re: Clemente Figuera: A layman assimilation through analysis and discovery
« Reply #25,  »
As I gear up for a new round of experimenting with a focus on resonance something I might have overlooked from last year's post got my attention and has me thinking I need to move in this direction.

Last year I started off THIS POST with the word Progress? And with that post I experimented with positioning a strong magnet around my coil to observe the effects. In my coil I had an alternating voltage and anyone who has held a permanent magnet up to a coil with a varying current knows that you can feel the magnet pulsate. I paid no attention at the time but my recent readings on mechanical resonance and magnetic fields has me wondering if we are all overlooking something very simple.

Hear me out, this is based on research, and testing. We know what happens when we hold a permanent magnet to an oscillating magnetic field. A magnet vibrates near an alternating voltage source due to the changing magnetic field produced by the alternating current (AC) in the source and the changing magnetic field exerts a force on the magnet. This force varies in direction and magnitude, depending on the strength and orientation of the magnetic field relative to the magnet.

As the AC magnetic field continuously changes direction, it causes the magnet to experience a push/pull effect that leads to the magnet vibrating at the same frequency as the alternating current.

According to Faraday's Law of Electromagnetic Induction, a changing magnetic field can induce an electromotive force (EMF) in nearby conductive materials, including the magnet itself if it has conductive properties. This induced EMF could create small, localized currents within the magnet, further affecting its magnetic behavior.

The magnetic field from the AC source combines with the magnetic field of the magnet through the principle of superposition resulting in a complex magnetic field around the magnet that varies in both space and time. Research shows that the magnet's field does not remain static; it may oscillate or distort depending on the strength and frequency of the external AC magnetic field.

If the frequency of the alternating magnetic field matches a natural resonant frequency of the magnet (or the system it's part of), resonance can occur, leading to large amplitude vibrations. This could amplify the effects described above and others, making the magnetic and mechanical behaviors more pronounced.

In summary, the alternating magnetic field from the voltage source causes complex interactions with the magnetic field of the magnet, leading to dynamic changes in the magnet's field, and mechanical vibrations.

But what if I replace my permanent magnet with a DC driven electromagnet? Like Figuera stated, you need to create the strongest magnet possible without taking into consideration the requirements for the induced. To create this I will take a DC signal and create a real basic electromagnet that is low power but creates a strong field like a solenoid coil.

Afterwards, I will take a smaller time varying signal to create the required magnetic pulses onto/into this static magnetic field. The intention is to use the smaller AC magnetic field to crash into the static magnetic field causing it to vibrate.

What I am experimenting around is what are the effects of a small AC driven magnetic field interacting with a stronger DC driven magnetic field. If the DC current is steady but the magnetic field moves does it induce a current on an inductor nearby? If it does induce a current, due to the DC field moving how would Lenz work?

Also, if I pulse the core material that is coiled with a static DC signal at its resonant frequency would the domains realign to the Earth magnetic field similar to hitting a piece of iron with a hammer while pointing North/South?

Lot’s to experiment but I am feeling really good about the interactions of the magnetic fields.  I wonder if this is how B&S scaled their device by just creating a bigger DC driven static magnetic field. 

-JA

Jose Antonio

Re: Clemente Figuera: A layman assimilation through analysis and discovery
« Reply #26,  »
The objective of this one experiment was to focus on developing a resonator where the core is a point where energy is absorbed and released. As pointed out in another post on this thread Ed L has a picture in his book that identifies the iron core releasing little magnets into the wire. Similar to that concept, I want to utilize the core of the device as the mechanism that absorbs and rejects energy. For these tests the objective is to polarize the core by supplying a positive voltage to a wire wrapped around the core, and taking a ground wire and connecting it to the core itself.

The objective is to pull electrons up from the ground wire, in a classic induction charging technique. I am utilizing two coils wired similarly to a 110-volt motor to create movement in the core. The capacitor creates a shift where one coil is at max voltage while the other is just starting. This is similar to what Figuera experimented with.

The goal, as stated, is to start experimenting with the objective that the core is a very active component in energy manifestation. Not much to talk about for this first test. As for DC, I was only using 400 VDC, (Point 1) so it didn’t appear to be sufficient for the induction charging I needed. Not sure how much higher voltage I will need, but I will look to step up to 1000v. Also, I don’t know if this should be pulsing DC or if it should be smoothed with a capacitor. Will need additional testing as I need to pull electrons up from the ground cable at Pont 2. (Note: it doesn't have to be ground and could be any heavy mass)

Here is a drawing of the resonator and a picture.




What was interesting:
The iron core is built using 14 gauge soft iron wire that I was able to clamp with my amp meter. I did get about .25 amps when I clamped the soft iron core. I also had a heavy copper wire wrapped around the core (Point 3) in a closed circuit. When I clamped this cable I was getting 3.2 amps and my supply voltage (AC) to the coils was 20 volts.

What was interesting was that when I removed my amp probe (opened the clamp-on jaws)  from the soft iron core that displayed amps increased all the way to 5 amps. When I conducted the same test with the heavy copper loop cable (Point 3), on opening the jaws of the clamp meter the displayed amps reduce from 3.2 (what it was running) to 0 amps, as I would expect it to do.

Lots more to do with this avenue of experimenting where the core is the primary mechanism for the transfer of energy. In this experiment the objective was to add electrons to the core and rapidly move them back and forth while utilizing a small amount of every for the electromagnetic field that moves the charges.

-JA

securesupplies

Re: Clemente Figuera: A layman assimilation through analysis and discovery
« Reply #29,  »
The objective is to pull electrons up from the ground wire, in a classic induction charging technique. I am utilizing two coils wired similarly to a 110-volt motor to create movement in the core.

try a ZVS and a Crystaline core than you have basically a Dona Smith coke machine unit and the amps will be there to do work gathered from ground spikes which rebound

Jose Antonio

Re: Clemente Figuera: A layman assimilation through analysis and discovery
« Reply #30,  »
Quote from securesupplies on October 16th, 2024, 01:03 AM
The objective is to pull electrons up from the ground wire, in a classic induction charging technique. I am utilizing two coils wired similarly to a 110-volt motor to create movement in the core.

try a ZVS and a Crystaline core than you have basically a Dona Smith coke machine unit and the amps will be there to do work gathered from ground spikes which rebound
I explained my coils incorrectly. I am creating a Poly-Phase out of a Single-Phase by utilizing a capacitor (oil filled) inline with a coil. This effectively delays one coil. So while one coil is at 90 Deg the other is around 0 Deg. This is a simple way of creating an alternating flow as described by Figuera.



I assume Dona Smith is a pun? I haven't researched Don Smith enough but I also don't think he had an FE device. Figuera did use an induction coil (Ruhmkorff coil) that I assume he utilized this to create a polarizing effect. I do have a PWM driver and 12 volt induction coil that dug out of my bin.

-JA

Jose Antonio

Re: Clemente Figuera: A layman assimilation through analysis and discovery
« Reply #33,  »
Quote from Jose Antonio on October 14th, 2024, 04:31 PM
Lots more to do with this avenue of experimenting where the core is the primary mechanism for the transfer of energy. In this experiment the objective was to add electrons to the core and rapidly move them back and forth while utilizing a small amount of every for the electromagnetic field that moves the charges.
I didn’t post any experimental data on the grounds that I had little time so I pushed through and ran a few tests to see if my current direction had any value. Although there was nothing major to report I do believe I am moving somewhat in the correct direction (but I bet everyone says that). I have mentioned before that I suspect that Barbosa and Leal’s Captor device is based on Figuera’s discovery, and I have been studying their patents to help fill in the blanks.

Figuera utilized an induction coil as noted in his patent but he does allude to not using it in the traditional methods, based on the era. If he was using an induction coil he would have to safeguard against any high voltage bleeding through to any of the other components. Interestingly in numerous B&L Captor patents they identify that the round and square core needs to be insulated well, and the rectangle core with a post (creating two windows) only requires insulation on the post where the coil is wound.

Another aspect of the Figuera patent, that is also identified in the B&L Captor patents, are the usage of N and S poles. Constantino de Buforn in his patent talk about the ideal dynamo and utilizes the Earth as an example.



So, based on my experimenting and research I developed a new type of coil (not much to look at), because the best way to beat Lenz is prevent the induction method that creates it.. This one will represent one of the poles, N or S and there will be a need for two of these coils. This coil is built exclusively for the primary action only. The goal, difficult to describe clearly, is best stated as an attempt to copy how the earth operates.



-JA