One Dowsed observation

[dowser]

Ten months of posting multiple Dowsing tests and results, I can't be debunked with mere words!

 

[dowser]

I'm still interested if metal detecting results differ, using 2 inch Styrofoam covering the target compared to not, plus 2 inch foam above the coil, creating a stronger depth target signal.
I'm not interested in beer cans in a cooler..

 

[robertk]

I'm dowsing and testing quantum frequencies, not Rf or Emf ones.

OK. Here's a couple of questions for you then.

1. What's the difference between RF, EMF, and QF ("quantum frequencies")?

2. Which kind of frequency do metal detectors operate on?

 

[dowser]

OK. Here's a couple of questions for you then.

1. What's the difference between RF, EMF, and QF ("quantum frequencies")?

2. Which kind of frequency do metal detectors operate on?

1. Nothing
2. Both

 

[dowser]

All Frequencies Dowse, Frequencies man uses are used different than quantum.
Quantum frequencies are only created and resonated by mother nature. They are continually resonated every second, and conjoin with our life frequencies.
Avoidance of quantum frequency is recommended just as avoidance of all other Frequencies.

 

[dowser]

All Frequencies Dowse, Frequencies man uses are used different than quantum.
Quantum frequencies are only created and resonated by mother nature. They are continually resonated every second, and conjoin with our life frequencies.
Avoidance of quantum frequency is recommended just as avoidance of all other Frequencies.

A quantum frequency to avoid is Orgone pyramids, and shape or pattern Frequencies.
Avoid Schumann Frequencies..

 

[dowser]

All quantum frequencies are drains, I've called black holes, worm holes, quantum holes, they all drain. We conjoin into a drain stream with our life Frequencies and drain Chi.
Our Frequencies don't join Rf, Emf.

 

[robertk]

All quantum frequencies are drains, I've called black holes, worm holes, quantum holes, they all drain. We conjoin into a drain stream with our life Frequencies and drain Chi.
Our Frequencies don't join Rf, Emf.

So ... quantum frequencies are no different from RF and EMF, but they are different from life frequencies, which don't join them. But in the end, it all drains into a black hole anyway.

Got it. Carry on.

 

[dowser]

One main difference, a quantum frequency can be activated by command, the other Frequencies need electricity to run..

 

[dowser]

So ... quantum frequencies are no different from RF and EMF, but they are different from life frequencies, which don't join them. But in the end, it all drains into a black hole anyway.

Got it. Carry on.

Every frequency is a drain, because every frequency is dropping into the ground on pulse.
Some Frequencies are worse drains than others. Some connect to us horizontally, more so than elements.

 

[robertk]

Every frequency is a drain, because every frequency is dropping into the ground on pulse.

A frequency is just something that repeats on a definable schedule. It isn’t a separate “thing”, and it doesn’t drop to the ground. For example, If I am sitting here typing on my keyboard and I type one character per second, then my typing has a frequency of 1 hz. It’s a measurement, not a thing, and it can’t drop anywhere.

But that’s not what you’re talking about. Maybe you’re talking about a wave. A wave is a periodic repeating undulation in a media. An ocean wave is in water. A sound wave is in air. But that’s not what you’re talking about either.

An electromagnetic wave is a periodic oscillation between states in the electromagnetic spectrum. Your house power (in the US anyway) changes direction 60 times a second, giving it a frequency of 60 hz. Radio frequency energy can switch much faster. Your wifi router, for example, oscillates 2.4 billion times every second, giving it a frequency of 2.4 GHz But that’s not what you’re talking about either.

Quantum frequencies, if there is such a thing, are vibrations and oscillations in the quantum state of an atom. This corresponds to the energy state of the atoms involved, so any change in “quantum frequency” is accompanied by a change in energy state. A practical example is solar panels, which change energy states when excited by solar radiation, releasing that energy in the form of electricity. But of course, that’s not what you’re talking about either.

So what exactly are you talking about?

 

[dowser]

Every frequency is a Quantum frequency

A frequency is just something that repeats on a definable schedule. It isn’t a separate “thing”, and it doesn’t drop to the ground. For example, If I am sitting here typing on my keyboard and I type one character per second, then my typing has a frequency of 1 hz. It’s a measurement, not a thing, and it can’t drop anywhere.

But that’s not what you’re talking about. Maybe you’re talking about a wave. A wave is a periodic repeating undulation in a media. An ocean wave is in water. A sound wave is in air. But that’s not what you’re talking about either.

An electromagnetic wave is a periodic oscillation between states in the electromagnetic spectrum. Your house power (in the US anyway) changes direction 60 times a second, giving it a frequency of 60 hz. Radio frequency energy can switch much faster. Your wifi router, for example, oscillates 2.4 billion times every second, giving it a frequency of 2.4 GHz But that’s not what you’re talking about either.

Quantum frequencies, if there is such a thing, are vibrations and oscillations in the quantum state of an atom. This corresponds to the energy state of the atoms involved, so any change in “quantum frequency” is accompanied by a change in energy state. A practical example is solar panels, which change energy states when excited by solar radiation, releasing that energy in the form of electricity. But of course, that’s not what you’re talking about either.

So what exactly are you talking about?

Every frequency is Quantum, but humans don't use the quantum side.
We apply electricity to run equipment, that generates a frequency that can be read with oscilloscope. That is not Quantum resonation.
2.4 Ghz is Used in Microwaves and Wifi, but is also being resonated by mother nature quantum side.
It's obvious what I discuss isn't know, AI says Dowsing is BS.
Believe what you want, but don't expect Dowsing to be simple, with simple understanding.
There is Radio Frequencies, Emf frequencies, and Quantum Frequencies..
It has to do with life!
Energy, Frequency, Vibration, What do you think is being addressed?

 

[robertk]

What do you think is being addressed?

Too much to think about...

 

[dowser]

Every frequency is a Quantum frequency

Every frequency is Quantum, but humans don't use the quantum side.
We apply electricity to run equipment, that generates a frequency that can be read with oscilloscope. That is not Quantum resonation.
2.4 Ghz is Used in Microwaves and Wifi, but is also being resonated by mother nature quantum side.
It's obvious what I discuss isn't know, AI says Dowsing is BS.
Believe what you want, but don't expect Dowsing to be simple, with simple understanding.
There is Radio Frequencies, Emf frequencies, and Quantum Frequencies..
It has to do with life!
Energy, Frequency, Vibration, What do you think is being addressed?

I think I understand the confusion.
It's not Energy, Frequency, Vibration.
It's resonation, not vibration. we humans can't create or resonate a frequency.
I Dowse resonation!

 

[dowser]

"God/Creator, Energy, Frequency, Resonation"
That's the way it should be wrote.
Or for the other people
"Not by design, Energy, Frequency, Vibration"

 

[dowser]

I am ready to head out Dowsing, now that I have everything I need.
The only excuse I have now is the Deer flies are terrible out in the woods here.
All that I'd be Dowsing after is Meteorites, it's National Forest and State lands, not treasure hiding spots..
I have to wait till frost knocks them down, a while before that.

 

[dowser]

I am ready to head out Dowsing, now that I have everything I need.
The only excuse I have now is the Deer flies are terrible out in the woods here.
All that I'd be Dowsing after is Meteorites, it's National Forest and State lands, not treasure hiding spots..
I have to wait till frost knocks them down, a while before that.

I've been using Elements and Dowsing Meteorites for years.
As with any target, the larger it is, the further, and stronger it signals.
I eventually realized that big, was always too deep, and I wasn't interested in smalls, because I didn't consider them valuable enough.
Smaller Meteorites if fallen since the glaciers, should be near or on the surface, that's the targets I will be chasing..

 

[Red-Coat]

I've been using Elements and Dowsing Meteorites for years.
As with any target, the larger it is, the further, and stronger it signals.
I eventually realized that big, was always too deep, and I wasn't interested in smalls, because I didn't consider them valuable enough.
Smaller Meteorites if fallen since the glaciers, should be near or on the surface, that's the targets I will be chasing..

Serious question.

At what distance do you believe you can dowse a meteorite? From what you have said in various posts, the answer will depend on its size, composition and how deeply it might be buried... but, say, a 50 pound iron octahedrite with a typical kamacite/taenite composition sitting on the surface. How close would you need to be to 'pinpoint' it?

 

[dowser]

Serious question.

At what distance do you believe you can dowse a meteorite? From what you have said in various posts, the answer will depend on its size, composition and how deeply it might be buried... but, say, a 50 pound iron octahedrite with a typical kamacite/taenite composition sitting on the surface. How close would you need to be to 'pinpoint' it?

The distance depends on how much I enhance the Dowsing field.
At current power I calculate 1 gram a foot, give or take, that would put a 50 lb at 4.3 miles, unless my math is off. On the surface.
As field enhancement is increased, further targets signal within reach.

 

[Red-Coat]

The distance depends on how much I enhance the Dowsing field.
At current power I calculate 1 gram a foot, give or take, that would put a 50 lb at 4.3 miles, unless my math is off. On the surface.
As field enhancement is increased, further targets signal within reach.

Thanks. Is that relationship linear and/or limited to a finite range beyond which the signal fades away?

There is 15,500 kilos of the Willamette octahedrite meteorite on display in the AMNH next to Central Park in New York. At 1 gram per foot, that would (theoretically) mean it could be dowsed from almost 3,000 miles away. I believe you’re somewhere in Michigan and, even at the state’s most distant point from New York, you’d be less than 800 miles from it.

So, how close to it would you need to be to dowse it, and what would stop it interfering with signals from smaller and less distant meteorites?