Thinking on the fluid model they did on this has fortified some concepts I was going to bring forward and I think the coming months are going to be extremely interesting.
Looking forward to it. It's simply amazing how all this research is converging to common principles. A real scientific revolution. Can't wait to see more!
I reviewed the circuitry to make it clearer, and have written a short memo plus clearer schematics. How do I upload it?
Included are specs as far as I got on the components.
It appears that the signal delivered is around 20 megahertz (scope image), so why use microwave transistors? For a 20Mhz circuit, household items could be used.
Also the circuit will provide one type of output, determined by the componetry. Why not drive the output device with variable power, frequency, duration etc?
Fascinating. In the paragraph with 137 and ratios, the word 'tape' I am assuming is referring to an inductor copper wire length. The Don Smith book I'm reading talked about some of those ratios, and simplifying it to use halfs, and doubles, when doing wire lengths and diameters, but this info about 137 is remarkable.
I lost a few days to the flu, but I have more to wonder about.
Charging C2 through R3 and R4 to 63% gives a time of 30nsec. It fits the frekvens that come after the impulse, but why doesn't it continue. C2 is used to adjust to the frequency that gives the highest current pulse. It sounds like the current just needs to be high enough. This could be achieved by using a 200 amp power supply or a battery and controlling the current with an electronic relay.
I have collected quite a bit of coil and cupper foil and wire because as Bob says we will probably have to try the original method as well. What is PEL thread, I think it is litze, otherwise rice time will be longer. If others are interestet i will send what i have.
I have watched the video again. I had forgotten that the mobius strip should rotate while it is being processed. I don't have the opportunity to do that, so I give up.
If I understand it correctly, the purpose of the whole circuit is to deliver a large current pulse of about 50 nsec. I think it is possible to achieve with a simpler construction. The problem with short pulses is that it is difficult to break the current quickly if it is an inductive load, but a mobius strip has only a very low induction.
The induction of the Möbius band consists of two magnetic fields cancelling each other out. The current travels on one side of the band, halfway around, and then on the other side in the opposite direction. Thus a first order cancellation of the magnetic field is done, e.g. much lower inductance.
I think I can probably come up with something simpler that will produce the same kind of periodic 10's of MHz damped oscillation with a neon lamp, some capacitors and a hand wound transformer that would then feed a small RF amp.
Neon Lamp would act as a spark gap equivalent as it's a great little bipolar switch to make an oscillator with. The waveform would look similar to what they show for the current waveform into the strip.
I ordered 3 watt RF amp for my signal generator, will see when it arrives if I can get a couple minutes to experiment with it. Last test i did was just with the air core transformer off the signal generator directly followed by 10 amps through the strip.
I also tried just a current capacity test of the copper strip the other day and it handled the full current load of my heat gun on 120vac which the analog meter said was 12 amps.
Advantage is that you can have control over the frequency input. You can start pulsing the system through a mosfet or drive it with high sine wave with a ' lineair' RF amplifier you can increase the power, here a DIY 100W amplifier!
Large current pulse? No, I don't think so. The oscillator is driven by the charge across the variable capacitor, which in turn is charged through a 45 kohm resistor from at most 300 volts. That means the oscillator has 2W of power at its disposal, which is not a lot. Or is it?
Does anyone know what happened to the website and links mentioned by Kolokinov above, http://materialucida.com?
It looks like it is dead - remember - capture and store if you care about the content.
Yes, I have the Rodionov dark matter flux paper in Russian downloaded and also Rodionov and Savvatimova in English.
Absolutely fascinating. Thanks Bob.
Thinking on the fluid model they did on this has fortified some concepts I was going to bring forward and I think the coming months are going to be extremely interesting.
Looking forward to it. It's simply amazing how all this research is converging to common principles. A real scientific revolution. Can't wait to see more!
Here is a link to the file with my comments:
https://www.dropbox.com/s/qa1gb0n1dxf899v/Reducing%20the%20circuitry.pdf?dl=0
Thanks peter.
I reviewed the circuitry to make it clearer, and have written a short memo plus clearer schematics. How do I upload it?
Included are specs as far as I got on the components.
It appears that the signal delivered is around 20 megahertz (scope image), so why use microwave transistors? For a 20Mhz circuit, household items could be used.
Also the circuit will provide one type of output, determined by the componetry. Why not drive the output device with variable power, frequency, duration etc?
Hi Peter,
You can upload to cloud storage like Google Drive or One Drive and then make a link to share and share that here.
I am trying to understand the scope image. 247kh does that means that there is a pulse every 4 micro second.
Do you think the rokowski belt is calibrated.
How can I get in touch with you? You mentioned you think there are working lenr generators in Russian countries
You can send a private message if you are registered.
Very interesting reminds me of certain rejects I read about in popular science vintage books
The Möbius band has been around a lot time for sure.
Used in some radio applications
Fascinating. In the paragraph with 137 and ratios, the word 'tape' I am assuming is referring to an inductor copper wire length. The Don Smith book I'm reading talked about some of those ratios, and simplifying it to use halfs, and doubles, when doing wire lengths and diameters, but this info about 137 is remarkable.
1/137 is the fine structure constant.
Hi
I lost a few days to the flu, but I have more to wonder about.
Charging C2 through R3 and R4 to 63% gives a time of 30nsec. It fits the frekvens that come after the impulse, but why doesn't it continue. C2 is used to adjust to the frequency that gives the highest current pulse. It sounds like the current just needs to be high enough. This could be achieved by using a 200 amp power supply or a battery and controlling the current with an electronic relay.
I have collected quite a bit of coil and cupper foil and wire because as Bob says we will probably have to try the original method as well. What is PEL thread, I think it is litze, otherwise rice time will be longer. If others are interestet i will send what i have.
I have watched the video again. I had forgotten that the mobius strip should rotate while it is being processed. I don't have the opportunity to do that, so I give up.
I am not sure that is a necessity, certainly the Russian group attempting replications at the moment are not doing that.
Thanks for trying.
Would a printed circuit board be useful?
Taking a look at it now.
If I understand it correctly, the purpose of the whole circuit is to deliver a large current pulse of about 50 nsec. I think it is possible to achieve with a simpler construction. The problem with short pulses is that it is difficult to break the current quickly if it is an inductive load, but a mobius strip has only a very low induction.
Quite possibly, but in our experience it is best to try and replicate first what the claimant said worked. Having said that, one could get lucky.
The induction of the Möbius band consists of two magnetic fields cancelling each other out. The current travels on one side of the band, halfway around, and then on the other side in the opposite direction. Thus a first order cancellation of the magnetic field is done, e.g. much lower inductance.
Comment by Dave Boutillier:
I think I can probably come up with something simpler that will produce the same kind of periodic 10's of MHz damped oscillation with a neon lamp, some capacitors and a hand wound transformer that would then feed a small RF amp.
Neon Lamp would act as a spark gap equivalent as it's a great little bipolar switch to make an oscillator with. The waveform would look similar to what they show for the current waveform into the strip.
I ordered 3 watt RF amp for my signal generator, will see when it arrives if I can get a couple minutes to experiment with it. Last test i did was just with the air core transformer off the signal generator directly followed by 10 amps through the strip.
I also tried just a current capacity test of the copper strip the other day and it handled the full current load of my heat gun on 120vac which the analog meter said was 12 amps.
-Dave
Off-Line comment by Henk Jurrien:
Going strong! Some thinking about driver solutions, I think this can be a solution as well.
https://www.semanticscholar.org/paper/A-flyback-converter-using-power-MOSFET-to-achieve-Satoh-Otake/0c29548582e5d4e49f0d1d5d1c816a89e2f4a6ce
Then I need a function generator. This example is affordable. My signal generator stops at 1mHz. Not too expensive:
https://www.conrad.nl/nl/p/joy-it-jds6600-functiegenerator-0-hz-60-mhz-2-kanaals-sinus-driehoek-blok-puls-ruis-lorentz-verdeling-1874708.html
Advantage is that you can have control over the frequency input. You can start pulsing the system through a mosfet or drive it with high sine wave with a ' lineair' RF amplifier you can increase the power, here a DIY 100W amplifier!
https://www.banggood.com/100W-Linear-High-Frequency-RF-Power-Amplifier-Kit-with-Low-Pass-Filter-Wireless-Power-Transmission-DIY-Kit-p-1943216.html
Large current pulse? No, I don't think so. The oscillator is driven by the charge across the variable capacitor, which in turn is charged through a 45 kohm resistor from at most 300 volts. That means the oscillator has 2W of power at its disposal, which is not a lot. Or is it?
It could give a large current with the 2 watts when the induction cancels each other out.
Like DESY ingeramy