Dowsing Meteorite differences

[dowser]

I Dowsed all my signals toward these 2 diffrent Meteorites, an Ordinary Chondrite, and a Taenite Iron..
They both dowsed all the Elements on the left. Neither Meteorite dowsed Uranium. Lead dowsed in the Chondrite only.
No Telleride, Titanium, nor Ytterbium, but yes or Yttrbium, in Chondrite. Iron had Ytterbium, but not Yttrbium..
I have some 3 new Element samples coming, and I will dowse them also.. Basically, they have mostly the same stuff..

 

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[dowser]

I had to use 2 electronic devices both set at the same frequency, Yes both Meteorites dowsed Oxygen! I can dowse gasses, cool...
When dowsing a signal that small, you need to be in a extremely clear spot, no other frequencies.

 

[Red-Coat]

I had to use 2 electronic devices both set at the same frequency, Yes both Meteorites dowsed Oxygen! I can dowse gasses, cool...
When dowsing a signal that small, you need to be in a extremely clear spot, no other frequencies.

Can you please explain how you can dowse the tiny amount of oxygen in a meteorite without interference from the 21% oxygen in the atmosphere!

 

[dowser]

Can you please explain how you can dowse the tiny amount of oxygen in a meteorite without interference from the 21% oxygen in the atmosphere!

I'm surprised myself! It's an Element, so it's a frequency. I dowse frequencies and their connections.. It took 2 generators set on the same Master key frequency. Like frequencies do compound enhancement. It's pure Oxygen, dowsing thru polluted Oxygen..

 

[dowser]

I had to use 2 electronic devices both set at the same frequency, Yes both Meteorites dowsed Oxygen! I can dowse gasses, cool...
When dowsing a signal that small, you need to be in a extremely clear spot, no other frequencies.

Both were on the plate, but I'm not sure both have Oxygen in them. I'll separate them later, I'm gonna use 4 generators.

 

[dowser]

Both were on the plate, but I'm not sure both have Oxygen in them. I'll separate them later, I'm gonna use 4 generators.

I have 5 generators all set on the same frequency, dowsing for Oxygen in the Meteorites. Easily indicated by the rods, because of extra enhancement. Oxygen is only in the Taenite Iron Meteorite. No Oxygen in the Ordinary Chondrite! Yes I did dowse Oxygen!

 

[DizzyDigger]

They are frequency generators without any antennas to radiate the generated frequencies.

Yep, that'll work.

 

[dowser]

They are frequency generators without any antennas to radiate the generated frequencies.

Yep, that'll work.

Who needs an antenna or ground? They are creating a field. There is no in and out!

 

[dowser]

Who needs an antenna or ground? They are creating a field. There is no in and out!

A generator doesn't need to be on the ground. I can't dowse connections to myself, so I set it down to dowse any lines. But, If I am with a friend, I put it in his pocket, and walk and dowse any connections to him..

 

[dowser]

Oxygen is listed as a high percentage in Meteorites.. More than any other Elements!

 

[Red-Coat]

Oxygen is listed as a high percentage in Meteorites.. More than any other Elements!

You’re talking nonsense again. The oxygen content of meteorites is, as I said earlier, tiny (and I deliberately used the word ‘content’ rather than percentage). The 40% figure from the table you found is an ‘abundance’ measurement as it says in the header of the table. It’s not an absolute percentage but a relative measurement of the isotope Oxygen 16 as a percentage of the total oxygen present.

On Earth, the mean abundances of the three stable isotopes are 99.76% for Oxygen 16, 0.039% for Oxygen 17, and 0.202% for Oxygen 18, but as proportions of the total oxygen. The variation of oxygen isotopic ratios in meteorites from these proportions is one of the definitive ways of telling that a rock is not of terrestrial origin, by deviation from what is known as the “Terrestrial Fractionation Line”.

You’re trying to dowse a tiny amount of oxygen in meteorite specimens smaller than a fingernail surrounded by an atmosphere weighing 5 billion billion kilograms (5 quintillion kilograms), of which 21% is oxygen. Good luck with that.

 

[dowser]

I'm dowsing a frequency for Oxygen. Tiny amount or not, it's still a frequency!

 

[dowser]

I'm dowsing a frequency for Oxygen. Tiny amount or not, it's still a frequency!

Does less of a quantity, shorten it's frequency? No!

 

[Red-Coat]

I'm dowsing a frequency for Oxygen. Tiny amount or not, it's still a frequency!

But you said earlier: "When dowsing a signal that small, you need to be in a extremely clear spot, no other frequencies."

So... how do you rationalise the fact that, according to your logic, there will be a much stronger signal from the vast amount of oxygen in the all-surrounding atmosphere than from the tiny amount in a meteorite?

That's a rhetorical question, which you don't need to answer.