Electron Paramagnetic Resonance

[Dubulumach]

Electron Paramagnetic Resonance is a key for long range detecting.

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I had thought for a long time ago that low energy IR photons are responsible for strange long range phenomenon aka "Halo effect", but i was wrong. The most strangest things is irregular frequency range where the phenomenon has been detected, from very low freq. to very high belong into IR spectra. Finally i was found extremely similar behaviour betwen EPR and Halo effect. To many coincidences are not random, but look like they are. Aso mechanism of LRL target excitation, lead to joint emission of longitudinal scalar waves from target to LRL an vice versa. And what is the most intriguing is that all kind of matter has own and specific EPR not only neorganic but organic too. Poblem is that thouse tiny signals were flooded in the background and artificial noise. The waves conveying the phenomenon are similar to optics but in nature they are not optical but electro-magnetic and for sure not TEM waves. If you are interested dig it up more. This is a right way for many new discoveries not only in LRL technique but much wider.

Best regards
Dubulumach

[humhum]

Electron Paramagnetic [B]

ElectronResonance is a key for long range detecting.
Poblem is that thouse tiny signals were flooded in the background and artificial noise.
The waves conveying the phenomenon are similar to optics,
but in nature they are not optical but electro-magnetic and for sure not TEM waves.

Dubulumach



What is Electromagnetic , but not TEM waves ?

[reza vir]

The same frequency spectrum is abundant in the environment
There is a lot of error :frown:

[Dubulumach]

What is Electromagnetic , but not TEM waves ?

https://i.pinimg.com/originals/5f/50/5e/5f505e21528a51838ddf9ca7d4aff810.jpg

[Dubulumach]

The same frequency spectrum is abundant in the environment
There is a lot of error :frown:

What the error is?

There are fequency gaps (narrow bands) irregulary distributed accross the spectrum where the phenomenon could be detected.

For example Alonso PD detect it at 120KHz, while modified DCH-85 by our friend Esteban Kabrera Grinok detect same phenomenon at 120MHz. How is possible that phenoenon has response in many octaves upper freq. range.

Next detection gap should be around 380-400Mhz. Next at some Ghz range till the IR range. I am sure that also response in much higher freq. in THz and PHz range.
Now explain how is possible that same phenomenon has echo at many freq. gaps not connected directly between with harmonics. Simple to say there are non-linear on freq. scale.

So phenomenon at one place could be detected with good quality dosing rods, with Alonso PD, with Esteban DCH-85 mod, with IR receiver with optical stimulator. These gaps are very narrow and they are sliding upper or lower in dependece of weather conditions, humidity, solar perturbances, mag pole shift and many many other parameters with many variables.

[reza vir]

This detection phenomenon is different in different countries
Even in different cities and places
I have already checked this with Esteban and several others
Do you have a specific plan in mind?

[jafal]

epr required Lab environment

[Dubulumach]

epr required Lab environment

NO IT'S NOT CORRECT !!

The rule of thumb for EPR (electron paramagnetic resonance) is:
v= gβHr/h

v= freq.

EPR has been detected in very weak mag.fields from several gauss to 20000 gauss or 2T. What is interesting is freq. range (v) for several gauss or lower mag.field magnitude is in the range 30KHz-3MHz, but for 2 Tesla is about 60GHz. As stronger external mag. field is, the EPR resonance peak is at higher freq.

Basic EPR spectrometer is Alonso PD with E and H sensors and special differential coil null configuration. Without stimulator EPR coudn't be detected.

The heart of EPR spectrometer is resonantor (coil or chamber) with sample of matter which EPR we are looking for. Remember Alonso's Gold chamber.