Hello to ya all.
Haven't posted much lately, because I have turned to kind of passive state for a while. Studies takes time and I strongly feel that I should pay all my attention to them, as now is the course of electromagnetics and other very helpful stuff as numerical methods, computer simulation and so on. Although we are thought the classic electromagnetics, we are presented not only with facts and formulas, but also with the way people got to them, logical assumptions and experimentation. I think that insight of this side could help understanding the holes, reasons why classic assumption say "no energy exchange with active vacuum" and make free energy as fundamental and simple as possible.
That said about my late background, now to the case.
As more as I read, learn, experiment, listen to other experimentalists, I start to feel that all the research is a bit chaos. Bedini systems, Tesla switch, Lindemann motor, Gray Tube, Gray Motor and many more devices... All quite different and yet - there seems to be some common characteristics. And so I thought It would be a good idea to summarize fundamental basics of these devices and so - free energy extraction from environment. That would be key elements, key operational principles and classical approach mistake.
Don't know if this has been tried before, but if we would succeed, I believe it would be powerful summary of free energy knowledge. Also I would say that text format won't be enough to make all this compact and foreseeable, some kind of block diagram would be more appropriate. But for starters text based discussion would be good enough.
So from me, there would be few starting points:
1) Magnetic field
As far as I am aware, magnetic coils are every were - starting from Bedini systems, lasting to all kinds of electric engines and resonators. On my to do list is to explore magnetic induction, field energies, inductance from A - Z. The goal is to find out - from where comes Magnetic field energy and possible unconventional usage of it.
2) Spark gaps
Just read, that produces electro radiant events. Haven't thought about it much.
3) Caps
Mentioned because saw somewhere that caps plays important role.
So any thoughts? Additions?
Haven't posted much lately, because I have turned to kind of passive state for a while. Studies takes time and I strongly feel that I should pay all my attention to them, as now is the course of electromagnetics and other very helpful stuff as numerical methods, computer simulation and so on. Although we are thought the classic electromagnetics, we are presented not only with facts and formulas, but also with the way people got to them, logical assumptions and experimentation. I think that insight of this side could help understanding the holes, reasons why classic assumption say "no energy exchange with active vacuum" and make free energy as fundamental and simple as possible.
That said about my late background, now to the case.
As more as I read, learn, experiment, listen to other experimentalists, I start to feel that all the research is a bit chaos. Bedini systems, Tesla switch, Lindemann motor, Gray Tube, Gray Motor and many more devices... All quite different and yet - there seems to be some common characteristics. And so I thought It would be a good idea to summarize fundamental basics of these devices and so - free energy extraction from environment. That would be key elements, key operational principles and classical approach mistake.
Don't know if this has been tried before, but if we would succeed, I believe it would be powerful summary of free energy knowledge. Also I would say that text format won't be enough to make all this compact and foreseeable, some kind of block diagram would be more appropriate. But for starters text based discussion would be good enough.
So from me, there would be few starting points:
1) Magnetic field
As far as I am aware, magnetic coils are every were - starting from Bedini systems, lasting to all kinds of electric engines and resonators. On my to do list is to explore magnetic induction, field energies, inductance from A - Z. The goal is to find out - from where comes Magnetic field energy and possible unconventional usage of it.
2) Spark gaps
Just read, that produces electro radiant events. Haven't thought about it much.
3) Caps
Mentioned because saw somewhere that caps plays important role.
So any thoughts? Additions?
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