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by kmarinas86

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2012 Newman Motor Project (VLOG 1)

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by kmarinas86 2 months ago

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Joseph Newman

http://web.archive.org/web/*/http://www.josephnewman.com ——————————————
http://web.archive.org/web/*/http://www.angelfire.com/biz/Newman/ ———————————
http://web.archive.org/web/*/http://www.geocities.com/CapeCanaveral/6087/ ———————
http://web.archive.org/web/*/http://jnaudin.free.fr/html/qmmv11.htm ———————————
http://web.archive.org/web/*/http://peswiki.com/index.php/Directory:Joseph_Newman_Motor

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Newman Motors (kmarinas86)

[ 11.4.2007 = Discovered "The Energy Machine of Joseph Newman" on Discovery Canada's "Beyond Invention" ]

[ 11.15.2007 = Purchases for First Newman Motor ]

[ 11.21.2007 = Date of First Video ]

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Making Ribbon Cable

New info about my 2011 Newman Motor Project ► I am going back to ribbon cable with my coil designs because my results with solid copper wire were lower than expected. ► I am going to salvage my older ribbon cables from previous projects of which I have plenty. ► I will use the proper connection technique and thus this will be a much simpler way to make coils. ► I think I will use this for many projects to come because ribbon cable is convenient for making very long windings. ► You could even make Tesla coils out of them as ribbon cables are known to produce, very efficiently, a wide spectrum of EM emissions. ► RF emissions appear to be important for Newman machines as they represent the removal of vibrating internal energy that would otherwise disrupt the necessary alignment of atoms. ► In contrast to this, my solid copper coils produce hardly any EMF emissions, so although cheaper by the pound, I do not think I get better results with solid copper. ► In fact, one possible problem is that aligned copper atoms might be opaque to gyroscopic particles, which is why with conventional motors, which almost always use solid copper wire, we might never be able to see the Newman effect at a convincing enough level. ► With ribbon cable, not only does it consist of stranded wire, giving the copper more surface area, there is also thick insulation between them, the latter which is normally considered to be a reason to not use them in motors. ► However, the gyroscopic particle may have to use those spaces to exit the copper. ► Therefore, providing spacing between the windings is probably very important in Newman designs, but not knowing this is probably why the designs have been rather large and expensive. ► Future designs needn't be so large. ► At current, the old motor design with ribbon cable is looking better and better, though I will stick with my "cross"-shaped design because I still think that might be better for engaging the magnetic field of the coil with the magnetic field of the rare earth magnets due to a higher density layout than the "end-over-end" design of Newman's motors. ► If the manufacturers made ribbon cables longer than 100 feet, then such coils would be perfect for obtaining the Newman effect.