Can someone with a LRL do an experiment for me?

[Qiaozhi]

Yup, I heard the "trick of the mind" explanation too... but this explanation usually comes from electronic engineers, not LRL salesmen.

Best wishes,
J_P

If the device has a swinging handle, then it's "trick of the mind" dowsing rod, and has nothing to do with electronics ... even if you attach a non-powered box to the top of the handle and glue a calculator on top.

[Dell Winders]

Is your swinging handle a trick of your mind ? Dell

[Mike(Mont)]

FrankMD, did you find the reports page? While it is mostly negative viewpoint, you just have to get past that and see there is some good info there. As I said, I have been messing with the frequencies from the Treasure Scope Quad. I took the voltages and offsets and extrapolated some discriminator values to set in my frequency generator. Like I said, there is valuable info there if you can decipher it.

[WM6]

The name of the physics book:


"Encyclopedia of Physics" (second edition) by Rita G. Lerner/George L. Trigg

VCH Publishers, Inc.

I not here to prove anything to anyone. Just looking for a little open minded discussion.

I believe you. Impressive work.
But can you put here citation of paragraph where gold frequency is discussed?

[Esteban]

The "gold frequency" can vary significantly according to the alloy. But how is the atomic frequency (how many vibrations per second) of the atoms of pure gold?

[WM6]

The "gold frequency" can vary significantly according to the alloy. But how is the atomic frequency (how many vibrations per second) of the atoms of pure gold?

I give you this frequency in dr. Best ultimate LRL tread:

"If we know that characteristic resonate frequency of natural gold is 1730 MHz then we need to calculate wavelength from typical gold frequency which is 173 mm."


If you drag a parallel with the world of gold nano particles there is no unique resonant frequency for pure gold, but it depend on mass of nanoparticles in collodial solution.

The gold nanoparticles in diameter of 10–95 nm exhibit a resonance scattering peak at 580 nm. Others can vary:

Colloidal gold nanoparticle layer effective thicknesses: 0.16 nm, 0.28 nm, 0.60 nm, 1.36 nm
Colloidal gold nanoparticle peak absorption frequency: 650 nm
Colloidal gold nanoparticle absorption damping frequency: 280 nm