It's time to see some real evidence that an MFD user is detecting an electromagnetic signal, or a magnetic signal, or an electric signal, as claimed.
An electromagnetic signal has an electric component and a magnetic component.
We know this is true because we have been measuring electromagnetic signals for many decades.
The smallest of electromagnetic signals can be detected by electronic receivers which are set to pick up the electric or magnetic component of the signal.
It is as simple as setting the frequency of the receiver to the same frequency of the signal and measuring how strong the signal is.
If this signal is stronger in a line between the receiver and the buried treasure, then we will be able to tune the stronger signal when we place the receiver antenna in the path of this signal line.
But the advances of modern electronics also allow us to locate extremely small purely magnetic signals, whether they are fluctuating, or static magnetic fields.
And these electronic advances also allow us to measure extremely small static electric field variations when we take the proper precautions to shield stray noise from the sensors.
So here is the question for anyone who claims the MFD treasure signal line is electric, or magnetic, or electromagnetic:
Tell us what electric or magnetic or electromagnetic signal we should measure to locate this MFD signal line.
Tell us the exact frequency we should set our receiver for, or tell us what strength of a static electric or static magnetic field variation we should look for.
Also tell us what calibrated electronic instruments we can use to make our measurements of the alleged signal line field.
(Note: A dowsing rod is not a calibrated electronic instrument).
I am not interested in hearing about some story or article you read.
I want to hear an actual MFD user's report of their own experience of showing evidence that they measured a signal line which we can also easily measure with electronic instruments.
I want to see some real evidence that this signal line can be measured as an electric, magnetic, or electromagnetic signal when using real electronic instruments that detect these signals.
If I do not see an answer which allows me to use electronic instruments to measure the signal line, then I will presume the signal line for MFD treasure signals is geomental rather than geophysical.
Best wishes,
J_P
An electromagnetic signal has an electric component and a magnetic component.
We know this is true because we have been measuring electromagnetic signals for many decades.
The smallest of electromagnetic signals can be detected by electronic receivers which are set to pick up the electric or magnetic component of the signal.
It is as simple as setting the frequency of the receiver to the same frequency of the signal and measuring how strong the signal is.
If this signal is stronger in a line between the receiver and the buried treasure, then we will be able to tune the stronger signal when we place the receiver antenna in the path of this signal line.
But the advances of modern electronics also allow us to locate extremely small purely magnetic signals, whether they are fluctuating, or static magnetic fields.
And these electronic advances also allow us to measure extremely small static electric field variations when we take the proper precautions to shield stray noise from the sensors.
So here is the question for anyone who claims the MFD treasure signal line is electric, or magnetic, or electromagnetic:
Tell us what electric or magnetic or electromagnetic signal we should measure to locate this MFD signal line.
Tell us the exact frequency we should set our receiver for, or tell us what strength of a static electric or static magnetic field variation we should look for.
Also tell us what calibrated electronic instruments we can use to make our measurements of the alleged signal line field.
(Note: A dowsing rod is not a calibrated electronic instrument).
I am not interested in hearing about some story or article you read.
I want to hear an actual MFD user's report of their own experience of showing evidence that they measured a signal line which we can also easily measure with electronic instruments.
I want to see some real evidence that this signal line can be measured as an electric, magnetic, or electromagnetic signal when using real electronic instruments that detect these signals.
If I do not see an answer which allows me to use electronic instruments to measure the signal line, then I will presume the signal line for MFD treasure signals is geomental rather than geophysical.
Best wishes,
J_P


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