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The Golden Tractate of Hermes Trismegistus applied to electromagnetism
I will try to do it with the same coil (which is quite easy to make) but first i need to build a pulse dc circuit...I may be proficient in research...I suck in circuitry
“Signs and symbols rule the world, not words nor laws.” -Confucius.
You've got an enclosed reservoir for your water with a water inlet and outlet. You have two electrodes inside the tank/reservoir. One is the cup you see in the picture and that is an open ended beer can. One end is closed and the other is open. The closed end is anchored to the side of the tank. At the open side of the beer can is a metal ring/strap, that fits around the top outside of the beer can without touching it. The strap/metal ring comes close to the beer can but does not touch it. The metal ring/strap is anchored to the side of the tank/reservoir. The beer can is tuned to 60 Hz and is the anode. The ring/metal strap is the cathode electrode.
Dimensions of the ring/strap:
Ring 5mm wide and .2mm thickness. It needs to be just long enough to fit around the beer can and still have a space between it and the beer can.
Questions:
I need to ask my contact about the 400 Hz scenario with the cathode.
there maybe a way of not having to tune the beer bottle and that is using a caduceus ring...I'll have to think about it
anyway, Slovenia's design seems sound to me...what do you think
The Advantage of the Smith Coil is that it has Infinite resonance
The caduceus coil illustrated in Fig.1, basically consists of ordinary insulated copper wire wound in a double-helix around a ferrite core. THIS COIL HAS REPEATEDLY BEEN FOUND TO VIOLATE ESTABLISHED LAWS OF ELECTROMAGNETICS AND HERTZIAN WAVE THEORY WHEN A HIGH FREQUENCY CURRENT IS INJECTED INTO IT....
....First. This apparatus has zero impedance - unlike an ordinary coil. when fed electrical energy the wire in the Tensor coil does not get hot.
Secondly.It has infinite resonance - unlike an ordinary coil which will resonate chiefly at its natural fundamental frequency and weakly on the second or third harmonic, the Tensor coil is capable of resonating strongly on any number of frequencies randomly spaced in the spectrum.The signal pumped into such a coil strangely enough cannot be quantified (detected) by standard RF (radio frequency) detection apparatus ( see:http://www.energeticforum.com/renewa...tic-field.html .) Many "Ham" radio operators and electronic technicians who have used these coils, are completely baffled by them
Helmholtz resonance is the phenomenon of air resonance in a cavity, such as when one blows across the top of an empty bottle. The name comes from a device created in the 1850s by Hermann von Helmholtz, the "Helmholtz resonator", which he, the author of the classic study of acoustic science, used to identify the various frequencies or musical pitches present in music and other complex sounds
compare with the heater
light can be nothing else than a sound wave in the ether. Tesla
Let me introduce to Hermann von Helmholtz, pay attention to his contribution in light of what you know now....
Hermann Ludwig Ferdinand von Helmholtz (August 31, 1821 – September 8, 1894) was a German physician and physicist who made significant contributions to several widely varied areas of modern science. In physiology and psychology, he is known for his mathematics of the eye, theories of vision, ideas on the visual perception of space, color vision research, and on the sensation of tone, perception of sound, and empiricism. In physics, he is known for his theories on the conservation of energy, work in electrodynamics, chemical thermodynamics, and on a mechanical foundation of thermodynamics. As a philosopher, he is known for his philosophy of science, ideas on the relation between the laws of perception and the laws of nature, the science of aesthetics, and ideas on the civilizing power of science. The largest German association of research institutions, the Helmholtz Association, is named after him
You've got an enclosed reservoir for your water with a water inlet and outlet. You have two electrodes inside the tank/reservoir. One is the cup you see in the picture and that is an open ended beer can. One end is closed and the other is open. The closed end is anchored to the side of the tank. At the open side of the beer can is a metal ring/strap, that fits around the top outside of the beer can without touching it. The strap/metal ring comes close to the beer can but does not touch it. The metal ring/strap is anchored to the side of the tank/reservoir. The beer can is tuned to 60 Hz and is the anode. The ring/metal strap is the cathode electrode.
Dimensions of the ring/strap:
Ring 5mm wide and .2mm thickness. It needs to be just long enough to fit around the beer can and still have a space between it and the beer can.
Questions:
I need to ask my contact about the 400 Hz scenario with the cathode.
...compare it to : Koenig made both cylindrical and spherical Helmholtz resonators
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