Light Source from MVP (Magnetic Voltaic Potential) by TLG-team

[Grumage]

My dear Mr. Zephir.

A scope shot of a flat line would be rather boring, don't you think?

" My thread " ?

I don't think so..... I merely contributed with some video observations I made last year.

" Pipes "

Not pipes but commercially available Copper plated Earth rods. I brought the distant rod back to the oscilloscope using a standard extension lead/cord and used my standard oscilloscope leads clipped to the ends.

Kind regards, Mr. Grum.

[Zephir]

A scope shot of a flat line would be rather boring, don't you think?

Could you measure it at longer time scale (overnight)? Which voltage you did measure, which currents, which distance of electrodes did you use? How the voltage did change with distance of Earth rods (function curve)? How this function depends on orientation (south-north, west-east) of earth circuit with respect to geomagnetic pole?

Not pipes but commercially available Copper plated Earth rods. I brought the distant rod back to the oscilloscope using a standard extension lead/cord and used my standard oscilloscope leads clipped to the ends.

Could you collect all data about your experiment at single place (link)?

[dieter]

@Mr.Grum, I think bringing the distant rod back with an additional cable may pretty much nullify the effect. You probably better use the extension cord to position the scope in the middle of the wire, or just in series at its first rod. Tho, if it really is some nonconventional current, the scope may kill it. The LED test seems to be the most straight forward setup. At daytime, the LED may be housed in a cardboardbox with a peek hole, so it can be seen when lit, despite the daylight.


An other idea was to use an iron wire and wrap one layer of a copper coil over the entire length. That however would be inductive. But I don't want to change the subject.

[AlienGrey]

@Mr.Grum, I think bringing the distant rod back with an additional cable may pretty much nullify the effect. You probably better use the extension cord to position the scope in the middle of the wire, or just in series at its first rod. Tho, if it really is some nonconventional current, the scope may kill it. The LED test seems to be the most straight forward setup. At daytime, the LED may be housed in a cardboardbox with a peek hole, so it can be seen when lit, despite the daylight.


An other idea was to use an iron wire and wrap one layer of a copper coil over the entire length.  However would be inductive. But I don't want to change the subject.

Hi to all, at the risk of appearing pompous and self-righteous, with a dash of arrogance, as we all have our moments but there does appear to be a negative energy in here, And talking of dowsing I get a feeling this disruptive energy has a way of reinventing itself as it's been on here before I feel, but at the end of the day you can always take the fool to knowledge but you can't make them think, sorry for changing the thread focus somewhat, my apologies. but I feel the objective here is to dissuade people from posting use full information that might be of interest to others with hostile bureaucracy.

Regards AG

[e2matrix]

Is it possible that the zero current measurement by dr. blue is such because the source is such a high frequency that the DC measurement on the DMM can't see it but some of the LED's are able to rectify enough of it to light up?   Or would that then show up on the meter?  Or is it possible it's then a pulsing DC at a frequency high enough that the meter can't read it?