Gas Theory
Is there any question as to SR193 using gas? If this thread is about SR193, then the gas theory discussion needs to move elsewhere? It would maintain the integrity of this thread. I had not heard of the gas theory before today, although I have been active on this site in the past. I would like to learn more about it. Dr. Poppy, would you start a thread about magnetic gas? I would like to learn more about it.
About the SR193, I thought the video was quite convincing and would like to understand it in greater detail. I feel it relates directly to what I am building, or at least trying to build. I am very impressed with the work of Donald L. Smith and highly recommend his 1996 symposium presentation. It has been critiqued, but still it is very impressive.
It seems to me that to understand SR193 is to understand Tariel Kapanadze and Donald L. Smith. The three seem closely tied together and the essence seems to me to be resonance.
This is what I find interesting. No one seems to know what frequency these devices actually work on. I think there must be at least two frequencies. Perhaps 50 Hz / 180 kHz, or 60 Hz / 45 kHz. Who knows for sure? Smith was a trained engineer and suggested 45 MHz, or was it 54 MHz? That is a BIG difference.
There are plenty of variables to play with and I will certainly continue to monitor this thread. My experiments are in the 100 kHz to 1 MHz range. My plan is to modulate at audio frequencies, but I haven't built that circuit yet.
By driving the input coil with a square wave (50-60 Hz) you get a huge mix of possible frequencies. The actual frequencies that are amplified and attenuated depend on the physical construction of the coils and any capacitors. Without some idea of the LRC properties you have no idea whether you are building a replication or a brand new experiment.
Is there any question as to SR193 using gas? If this thread is about SR193, then the gas theory discussion needs to move elsewhere? It would maintain the integrity of this thread. I had not heard of the gas theory before today, although I have been active on this site in the past. I would like to learn more about it. Dr. Poppy, would you start a thread about magnetic gas? I would like to learn more about it.
About the SR193, I thought the video was quite convincing and would like to understand it in greater detail. I feel it relates directly to what I am building, or at least trying to build. I am very impressed with the work of Donald L. Smith and highly recommend his 1996 symposium presentation. It has been critiqued, but still it is very impressive.
It seems to me that to understand SR193 is to understand Tariel Kapanadze and Donald L. Smith. The three seem closely tied together and the essence seems to me to be resonance.
This is what I find interesting. No one seems to know what frequency these devices actually work on. I think there must be at least two frequencies. Perhaps 50 Hz / 180 kHz, or 60 Hz / 45 kHz. Who knows for sure? Smith was a trained engineer and suggested 45 MHz, or was it 54 MHz? That is a BIG difference.
There are plenty of variables to play with and I will certainly continue to monitor this thread. My experiments are in the 100 kHz to 1 MHz range. My plan is to modulate at audio frequencies, but I haven't built that circuit yet.
By driving the input coil with a square wave (50-60 Hz) you get a huge mix of possible frequencies. The actual frequencies that are amplified and attenuated depend on the physical construction of the coils and any capacitors. Without some idea of the LRC properties you have no idea whether you are building a replication or a brand new experiment.


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