Cold Electricity vis-à-vis Gerard Morin's Experiments

[vidbid]

The HV transformer terminal is considerably colder than the ambient temperature.

Video: https://www.youtube.com/watch?v=3Spf5WVGgSY



I haven't kept count of the number of times that the words cold electricity have been spoken in the above video, but I can assure you that it's more times than I care to count.

I see a vast pool of information on cold electricity on which to draw on. From inventors and experimenters such as Tesla, E.V. Gray, and others, adding now the name of Gerard Morin, we seem to be getting close to the answers we are in search of. The ultimate answer to the question, how does free energy work?

I'll be adding more posts to this thread to discuss cold electricity in relation to the promise for free energy. Be assured that I will be adding links to videos and otherwise.

Please share your comments and ideas as they relate to this subject.

Thank you.

Regards,

VIDBID

[vidbid]

Please limit your discussion to the subjects of cold electricity or how cold electricity works in regard to Gerard Morin's experiments.

If you wish to pursue off-topic discussion related to Gerard Morin, I have created another thread for Gerard Morin's video, entitled, The Doubt about Overunity is Over. Please post there.

http://www.energeticforum.com/renewa...nity-over.html

 
http://www.energeticforum.com/renewable-energy/19918-gerard-morins-video-doubt-about-overunity-over.html

Regards,

VIDBID

[vidbid]

I wanted to make a statement that in one of Tesla's patents, he, that is, Tesla describes in the patent literature what I refer to as a radiant generating source; however, in the diagram included with the patent, that is not evident, in my humble opinion.

Essentially, I would like to equate the radiant generating source described in the patent as an element in his magnifying transmitter patent. That being said, it is evident to me that the system consists of four elements.

1. Radiant generating source.
2. Step-up transformer (the transmitter).
3. Step-down transformer (the receiver).
4. Power distribution and consumption.

As far as I'm concerned, as it relates to Gerard Morin's experiment, the one that I'm concerned with, the McCulloch Mite-e-Lite Generator acts in a fashion very similar to the radiant generating source as described in Tesla's patent, which I referred to earlier.

Regards,

VIDBID

[Bob Smith]

What is it about the process of stepping up, then stepping down an oscillating electrical charge that produces this kind of effect?

According to Morin, the RE is not coming from the system itself, but rather from without. I would paraphrase it as coming from the dielectric realm (the aether).

So what is it in this step-up - step-down action that excites the dielectric realm and draws the dielectric into the system to produce CE? Looking at it from the perspective of aetheric "pressure," is it due to changes in pressure gradients between the system and the aether as electrical charges are stepped up, then down?

Not to get off-track, but simply by way of comparison, the step up, then step down action is also proposed by some as a key element in some of Don Smith's devices.

If we can understand the principles in Morin's demonstrations, we should be able to replicate it in table-top setups, perhaps simpler than those Morin showed in his November demonstration.
Bob

[Beamgate]

After reasearching (only) the last 18 months, I've garnered one important theme from Tesla, Moray, Smith, etc:

Perturb the 'environment' with high-voltage potential ONLY (No current) through bifilar coiling (mutual inductance CONTROL). Current suppresses the longitudinal effect we seek. Capture the gravy of that effort and transform the 'cold' result via fast, reverse-biased diodes (gotta think backwards here) into a switchable capacitor bank.

The capacitor(s) (BEMF ADORES such a resistive load) MUST be switched to the load while DETACHED from the BEMF-gathering winding after charging and switched back in time for the next fast-high-rising voltage pulse (1-2% space). This sequence of actions is readily visible in Bedini's SSG/Monopole trigger designs.

My current experimental design (hopefully) takes JB's SG to the solid state level without the need for magnets or moving parts.

Will let you know as soon as my carefully-crafted stack of bifilar pancakes (with appropriate dielectric syrup) is assembled!

[Dog-One]

Impedance Reversal

I also think we need to investigate systems that have a high impedance source driving a low impedance load. In the case of the step-up/step-down, the high impedance source drives a much lower impedance primary on the step-up transformer. This may be where the magic is or where it starts.

I'm going to work on a few experiments to further this line of research.

I did at one time use an ignition coil to drive a hefty 120 volt 1500 watt isolation transformer and found some peculiar results I did not expect. The very high impedance secondary of the ignition coil was actually able to push power through the very low impedance isolation transformer. I would have expected the primary on the isolation transformer to act like a dead short, but it did not. The output voltage was severely reduced because the core of the isolation transformer could not run at the frequency I was injecting, but it did illuminate a 5 watt 120 volt filament light bulb to my amazement. Power did get through and I suspect now thinking back, it wasn't typical "hot" electricity that did it. It was something else; it was getting help from outside. Could it have been "cold" (non-amperage) longitudinal electricity? I do not know, but I do know it wasn't expected.

[vidbid]

Personally, I believe that if an experimenter is not sending longitudinal magneto-dielectric current (Eric Dollard has used this term) from the radiant generating source to the primary of the step-up transformer, then the experimenter won't be inducing longitudinal magneto-dielectric current into the secondary of the step-up transformer.

Also, I believe that between the step-up transformer and the step-down transformer, that is, the single wire, is a path for the transmission of compression waves of longitudinal magneto-dielectric current, that along this line and parts of the HV terminals, that is, those parts are absorbing heat, is a big part of the mystery. What is actually happening there? Of course, I have my theories.

The compression waves of longitudinal magneto-dielectric current traveling along or thought that single wire, in my humble opinion, act like sound waves traveling inside a tube from the sender to the receiver. Per Eric Dollard, the longitudinal magneto-dielectric current travel at superluminal velocities. I'm only speculating here, but I do believe these types of cold currents drawn in heat energy from the environment into them or into the materials that they are traveling through.

If you look at what heat actually is, it's a certain frequency or group of frequencies or wavelengths of electromagnetic radiation in the infrared region of the electromagnetic spectrum. It's not impossible to imagine that as these compression waves of longitudinal magneto-dielectric current travel along or though the single wire, that somewhere along that single wire, that these compression waves of longitudinal magneto-dielectric current would somehow appropriate ambient energies present in the surrounding environment, including electromagnetic radiation in the infrared region. The mechanism of how this occurs is a mystery to me, but I believe the experimenter needs (1) extremely high voltages, (2) the presence of compression waves of longitudinal magneto-dielectric current traveling along or thought that single wire from a transmitter to a receiver, and (3) evidence of heat absorption. If these elements are not present, then I don't believe that overunity will be possible in the experiment.

Regards,

VIDBID

[Bob Smith]

I also think we need to investigate systems that have a high impedance source driving a low impedance load. In the case of the step-up/step-down, the high impedance source drives a much lower impedance primary on the step-up transformer. This may be where the magic is or where it starts.

I'm going to work on a few experiments to further this line of research.

I did at one time use an ignition coil to drive a hefty 120 volt 1500 watt isolation transformer and found some peculiar results I did not expect. The very high impedance secondary of the ignition coil was actually able to push power through the very low impedance isolation transformer. I would have expected the primary on the isolation transformer to act like a dead short, but it did not. The output voltage was severely reduced because the core of the isolation transformer could not run at the frequency I was injecting, but it did illuminate a 5 watt 120 volt filament light bulb to my amazement. Power did get through and I suspect now thinking back, it wasn't typical "hot" electricity that did it. It was something else; it was getting help from outside. Could it have been "cold" (non-amperage) longitudinal electricity? I do not know, but I do know it wasn't expected.

Look at the schematic YT user breakzeitgeist posts here:
https://www.youtube.com/watch?v=rT6M...filepage#t=329
Notice that the right hand side is shorted, though he says this isn't necessary for the cold electricity effect. But is the shorted set of leads coming off the doorknob caps actually another way of producing infinite impedance - ideal conditions for the influx of cold electricity?
BTW, Morin posts in his breakzeitgeist's newer videos that breakzeitgeist is "getting it."
FWIW
Bob

[vidbid]

I wanted to make a statement that in one of Tesla's patents, he, that is, Tesla describes in the patent literature what I refer to as a radiant generating source; however, in the diagram included with the patent, that is not evident, in my humble opinion.

Essentially, I would like to equate the radiant generating source described in the patent as an element in his magnifying transmitter patent. That being said, it is evident to me that the system consists of four elements.

1. Radiant generating source.
2. Step-up transformer (the transmitter).
3. Step-down transformer (the receiver).
4. Power distribution and consumption.

As far as I'm concerned, as it relates to Gerard Morin's experiment, the one that I'm concerned with, the McCulloch Mite-e-Lite Generator acts in a fashion very similar to the radiant generating source as described in Tesla's patent, which I referred to earlier.

Regards,

VIDBID

I would just like to add, that, in my humble opinion, the experimenter isn't going to achieve overunity in due time without the prerequisite of a radiant generating source being first satisfied. Try as he might, I just don't believe it will happen. He must first have a radiant generating source before progressing to the next level. This idea is evident to me from Tesla's patent.

Regards,

VIDBID

[Dog-One]

Amperage

Vidbid,

Studying Eric's work, I have created a relationship in my mind that amperage and magnetism go hand in hand. Sometimes amperage is actually referred to as Magnetomotive Force (MMF).

If we have a form of electricity that is void of magnetism, it would make sense that this type of electricity may flow through a conductor without the telltale signs of amperage. Which means as Gerard alluded to, it wouldn't respect Ohm's Law as it relates to resistance.

I certainly agree, electricity in this form is subject to magnification as it only needs to draw in the surrounding radiation to increase its volume. So then after amplification, it becomes a factor of converting this cold form of electricity back to its hot form, by adding back magnetism. This may actually not be necessary, but could be done to appease the critics stuck in the conventional electrical engineering box.

What I wonder about is in the magnifying stage, can we use techniques applicable to other longitudinal waves, such as sound waves? With superluminal speeds, are there maybe better ways to encourage the environment to add to the total volume? What I'm getting at, is if there is a way to control the gain instead of just taking whatever we get.

[vidbid]

If you look at the very last sentence of the above image, it appears to me that Tom Bearden believes a purely resistive load isn't dissipative of this type of electricity, that dissipation of this type of electricity only occurs through inductive loads.

Regards,

VIDBID

[Beamgate]

If you look at the very last sentence of the above image, it appears to me that Tom Bearden believes a purely resistive load isn't dissipative of this type of electricity, that dissipation of this type of electricity only occurs through inductive loads.

Regards,

VIDBID

@VIDBID,

Indeed, which is why it is important that the following charge transition is followed (cold loves resistance, capacitors have both resistance AND buffer the flow of negative resistance to the neg terminal of a battery). Coils have resistance too, of course. But, the goal is to capture as much cold as possible on the cap plate attached to the BEMF collector WHILE OPPOSING PLATE IS NOT ATTACHED to a load/battery pool (or all is lost back to the highly resistive nature of the drive/collector(receiver) coil again in UFO's example and BAM, again amplified, the driver FET is fried ).

- DETACH CAP1 (.33-200uf/4000V) from load/charge batts
- switch CAP1 back into collector coil
- short pulse high-voltage to hot coil
- detach CAP1 shortly after peak of fast-rectified BEMF is collected
- switch CAP1 again to load, drain

and DO IT AGAIN with CAP2 while CAP1 is busy with the load, and so forth..

[vidbid]

@VIDBID,

Indeed, which is why it is important that the following charge transition is followed (cold loves resistance, capacitors have both resistance AND buffer the flow of negative resistance to the neg terminal of a battery). Coils have resistance too, of course. But, the goal is to capture as much cold as possible on the cap plate attached to the BEMF collector WHILE OPPOSING PLATE IS NOT ATTACHED to a load/battery pool (or all is lost back to the highly resistive nature of the drive/collector(receiver) coil again in UFO's example and BAM, again amplified, the driver FET is fried ).

- DETACH CAP1 (.33-200uf/4000V) from load/charge batts
- switch CAP1 back into collector coil
- short pulse high-voltage to hot coil
- detach CAP1 shortly after peak of fast-rectified BEMF is collected
- switch CAP1 again to load, drain

and DO IT AGAIN with CAP2 while CAP1 is busy with the load, and so forth..

Hi

I'm sorry, but that just went right over my head. If you have a diagram, that might help me. The closest that I can get to what I think you are describing is the following:



https://www.youtube.com/watch?v=dV-LRAUZ_AA

Regards,

VIDBID

[boguslaw]

There is an interesting problem with all those forward topology converters.
How is in reality wound the transformer ? In schematic wwe see diode is connected to the secondary which is opposite wound to the primary. I don't know and I like to know how the experts build such transformer .... personally I wind it bifilar style and if secondary require more turns then I wind it after primary got those own turns, but it still looks like bifilar.
Experimenting with 1:1 bifilar taught me a lot, and the most important is fact that magnetic collapsing field do not care where to induce currents.

[vidbid]

There is an interesting problem with all those forward topology converters.
How is in reality wound the transformer ? In schematic wwe see diode is connected to the secondary which is opposite wound to the primary. I don't know and I like to know how the experts build such transformer .... personally I wind it bifilar style and if secondary require more turns then I wind it after primary got those own turns, but it still looks like bifilar.
Experimenting with 1:1 bifilar taught me a lot, and the most important is fact that magnetic collapsing field do not care where to induce currents.

The subject of bifilar configurations is interesting to me. I believe there are four different types of bifilar windings.

The individual in the following video seems to believe that Tesla really had something else on his mind:

https://www.youtube.com/watch?v=Ra9yKpYTGbQ

 
https://www.youtube.com/watch?v=Ra9yKpYTGbQ

In looking at an Akula device, the coil windings are interesting. In fact, if you watch the complete video, he takes the windings apart.

https://www.youtube.com/watch?v=3GtDDQA3U4g

 
https://www.youtube.com/watch?v=3GtDDQA3U4g

Regards,

VIDBID