Which treasure to Dowse

[dowser]

Huh? I'm dowsing not testing!

Just like some salt is connected to diamond by sparkle, meteorites are connected by Phosphorescence. It's easy for me to see with dowsing..

 

Amazon Forum Fav 👍

A Handbook of Civil War Bullets and Cartridges - Grab it through Amazon!

[dowser]

I don't have an Oscilloscope, I only dowse for my results.. I would like to see some of my dowsed frequencies, but their application Is limited on my side, so far..
There is 3 things I can determine when i dowse an unknown unused frequency. It's either a specific matrix number, or a master key number, or not used by mother nature number. Aside from some dowsing weaker or stronger than others, that is all I get, Along with all their frequency connections..

 

[dowser]

I don't have an Oscilloscope, I only dowse for my results.. I would like to see some of my dowsed frequencies, but their application Is limited on my side, so far..
There is 3 things I can determine when i dowse an unknown unused frequency. It's either a specific matrix number, or a master key number, or not used by mother nature number. Aside from some dowsing weaker or stronger than others, that is all I get, Along with all their frequency connections..

Dowsing has shown that there is no pure Element frequency number on the quantum side. All things are matrix numbers!

 

[robertk]

I can't find my Uranium sample to check against it.

It may have fallen down that big quantum drain you opened up.

 

[dowser]

It may have fallen down that big quantum drain you opened up.

Not possible to fall down a quantum drain. You can't fall thru magnets, only flow with magnets, your drawn, or drained.
If you fell in, gravity would no longer exist..

 

[dowser]

The only 2 Element signals I see missing, are the Zinc, and Uranium. They were in plastic wafers. I can remember doing the watch dowsing, but don't remember using the Zinc to Dowse anything. If it's here, I need Zinc to dowse check that. But I don't see/dowse the Uranium anywhere.

 

[dowser]

It may have fallen down that big quantum drain you opened up.

I was gonna call it a, "supercalifragilisticexpialidocious" but that was a bit long, so I settled on quantum drain..

 

[Red-Coat]

I wouldn't worry about losing your uranium sample. Anything you might be looking for will be swamped by background levels and other items containing rather more of it.

URANIUM LEVELS in Parts per Billion:
Luminous Watches (vintage or modern): 0
Potatoes (depending on growing area): 3–18
Shellfish (depending on water conditions): 10–31
Ordinary Chondrite Meteorites (typical): 12-13
Beef (average): 14
Wheat Bread (average): 19
Nickel-Iron Meteorites (typical): 20-100
Tap Water (US EPA permitted limit): 30
Table Salt (typical): 40
Parsley (typical): 60
Terrestrial Granite: 800-63,000
Earth’s Continental Crust: 900-1,800
Kitchen Worktop (garnetiferous leucogranite): 2,100

 

[dowser]

I love where I live in Michigan. It's only a tough place to treasure hunt. Mainly because of all the glacier rocks carring elements, many!. Because of that I'm forced to dowse bigger targets, which are always deeper.
I'm talking about Meteorites! I do dowse them in all directions from my house, but these are big, and to deep to retrieve. I can signal smaller ones, only its tougher, because I need 4 elements minimum in the connection line, before I chase my target..
I was playing with my generator and dialed a Hz frequency number that was signaling the 2 meteorites, from my house, and nothing else. No specific elements! I had a small signal into my bedroom and chased it down. It was my watch. Glow in the dark hands. The uranium, I actually stumbled onto a Meteorite frequency. A depleted uranium frequency! How crazy is that..
I decided that early spring after ground thaws out, I'm gonna chase meteorites.. But smaller ones, that might be on the surface.. A specific meteorite frequency, shuts all others down when running.. 1618 Hz.. Good luck if you use it!!

Did anyone recognize that Hz number? That's part of the Golden ratio in Hz. If I run the full Golden ratio number in Mhz, it is a master key frequency!

 

[dowser]

It makes a good Meteorite signal frequency where I live, but expect it to signal all Phosphorescent minerals, which are plentiful elsewhere.
I hope I can find the frequency I'm looking for in the Taenite I ordered..

 

[dowser]

I've been talking about finding a specific Meteorite frequency. Which led me to Taenite. A Iron Nickel alloy, rare in earth, but in Meteorites. I did order a small piece to Dowse a frequency number out of it. I'll look in kHz because most my stuff is legal kHz frequencies. But it's obviously not pure Taenite, because it came from outer space. Then I got thinking, why not make my own Taenite frequency? If I set Nickel and Iron together, then open a quantum hole to pull the combined matrix frequency out, dowse the number match and I should have a pure Taenite frequency number right? Make my own!

 

[Red-Coat]

I've been talking about finding a specific Meteorite frequency. Which led me to Taenite. A Iron Nickel alloy, rare in earth, but in Meteorites. I did order a small piece to Dowse a frequency number out of it. I'll look in kHz because most my stuff is legal kHz frequencies. But it's obviously not pure Taenite, because it came from outer space. Then I got thinking, why not make my own Taenite frequency? If I set Nickel and Iron together, then open a quantum hole to pull the combined matrix frequency out, dowse the number match and I should have a pure Taenite frequency number right? Make my own!

You can’t ‘make your own’ taenite from pieces or iron and nickel, or replicate it’s properties from the individual properties of iron and nickel. Not unless you melted them together in specific proportions and manipulated the cooling rate. Taenite is a homogeneous alloy with a variable composition between about 25-65% nickel (20% upwards for its variant antitaenite which occurs with it) plus trace amounts of other metals.

It forms by exsolution in the molten state from its parent mineral kamacite (having between about 5-10% nickel) as a result of temperature drop and is defined by its face-centred cubic crystal structure (versus the body-centred crystal structure of kamacite).

Nickel is face-centred and iron is usually body-centred but the latter can also be face-centred as the allotrope austenite depending on temperature history.

 

[dowser]

You can’t ‘make your own’ taenite from pieces or iron and nickel, or replicate it’s properties from the individual properties of iron and nickel. Not unless you melted them together in specific proportions and manipulated the cooling rate. Taenite is a homogeneous alloy with a variable composition between about 25-65% nickel (20% upwards for its variant antitaenite which occurs with it) plus trace amounts of other metals.

It forms by exsolution in the molten state from its parent mineral kamacite (having between about 5-10% nickel) as a result of temperature drop and is defined by its face-centred cubic crystal structure (versus the body-centred crystal structure of kamacite).

Nickel is face-centred and iron is usually body-centred but the latter can also be face-centred as the allotrope austenite depending on temperature history.

When I put both Elements together, I only dowse a single frequency connection line. I'm creating a single matrix frequency number for a combined pair of Elements. I'm not changing the properties of their atoms.

 

[Red-Coat]

When I put both Elements together, I only dowse a single frequency connection line. I'm creating a single matrix frequency number for a combined pair of Elements. I'm not changing the properties of their atoms.

But the matrix of taenite at atomic level derives from its alloyed combination of the two metals co-crystallised together (not the properties of the atoms themselves). As such, it's uniquely different from the individual matrices of iron or nickel.

 

[dowser]

But the matrix of taenite at atomic level derives from its alloyed combination of the two metals co-crystallised together (not the properties of the atoms themselves). As such, it's uniquely different from the individual matrices of iron or nickel.

Interesting for sure. I will be able to positively test/dowse my theory!
When I retrieve the dowsed combo frequency number. It shouldn't mimic and connect to individual Elements, just the matrix.

 

[signal_line]

Did anyone recognize that Hz number? That's part of the Golden ratio in Hz. If I run the full Golden ratio number in Mhz, it is a master key frequency!

1.618 kHz is very close to nitrogen hamonic, but also sulphur (think sulfides). I don’t know but it sounds to me like you want to eliminate this frequency.

 

[dowser]

1.618 kHz is very close to nitrogen hamonic, but also sulphur (think sulfides). I don’t know but it sounds to me like you want to eliminate this frequency.

The Golden ratio obviously has a lot to offer. It can be partially used in all the Hz frequencies, with totally different characteristics, but i wouldn't sleep next to the full MHz number myself .

 

[dowser]

You can’t ‘make your own’ taenite from pieces or iron and nickel, or replicate it’s properties from the individual properties of iron and nickel. Not unless you melted them together in specific proportions and manipulated the cooling rate. Taenite is a homogeneous alloy with a variable composition between about 25-65% nickel (20% upwards for its variant antitaenite which occurs with it) plus trace amounts of other metals.

It forms by exsolution in the molten state from its parent mineral kamacite (having between about 5-10% nickel) as a result of temperature drop and is defined by its face-centred cubic crystal structure (versus the body-centred crystal structure of kamacite).

Nickel is face-centred and iron is usually body-centred but the latter can also be face-centred as the allotrope austenite depending on temperature history.

For the Taenite I'll use 16g of Iron, and 32g of Nickle.. ?%.. kamacite will be later if this works.. It might take a while, I need someone to help for this. I don't want it taking me to long, by myself..

 

[luke_00]

It seems this thread has gone down a quantum drain...
As for the original question, I'm excited to see any large treasure cache that has been dowsed. All anyone around me can dowse is water.

 

[robertk]

Learn to not comment where you have ZERO knowledge..

🙄