High frequency use for health

[Dupe]

Resonant frequencies

Hi Sucahyo, Thanks for reply. Yes if you or a family member should contract an illness and feel unwell, then it would be an advantage to couple up a scope and scan through a range of frequencies, noting any resonant peaks. From the results a glance down a 'look-up-table' would identify the offending virus etc. Once identified, appropriate zapping action can proceed at the desired frequency, at least that's the idea. BTW it's surprising the high amplitude levels of lower band frequencies that most subjects seem to pick show especially below 100Hz and commonly at mains or line frequencies!! Perhaps skin contact alone, would reveal some interesting results_as you mention via hand held probes. look forward to more information... regards Dupe

[sucahyo]

I found more info about how Hulda Clark do it.

Hulda clark use the body as part of an electronical circuit. She use resonant to detect something in our body. She also suggest a circuit that do that:
http://www.drloyd.com/syncrometer.pdf

I see it more like radionic comparator. I think it should not 100% reliable.


This link provide some interesting info regarding syncrometer, it said to be better than F-scan, but very expensive to run since it require virus speciment to compare.:

So back to the F-scan2 for an experiment. My friend was scanned. Then all frequencies that the machine came up were written down. The she was re-scanned immediately. The numbers were written down again. To our surprise, they were all different. We wanted an explaination. The salesman could not figure out why that should happen. We thought it should have been consistant, but the results were not.

Yes, it is all exciting. And yes, my syncrometer is dusted off and is in use. Why was I so shy about using her? The slides are expensive.

Here is document that show doubt:
http://www.ftc.gov/os/caselist/02230...tip0223051.pdf


The information of how to use a scope is mentioned on his cure for all disease book. Curiously, there is no detailed information about how to do it. Just some hint. She choose to promote her syncrometer more.

But my new electronic technique can check for viruses, bacteria, fungi, parasites, solvents and toxins, and in addition is simple, cheap, fast and infallible. Electricity can do many magical things; now we can add detecting substances in our body to that list.

The method rests on radio electronic principles.

If you match, very precisely, the capacitance and inductance properties of an external circuit so that its resonant frequency is the same as the emitted frequency coming from somewhere else, the circuit will oscillate. This means there will be positive feedback in an amplifier circuit. You can hear it. Like when a public address system squeals.

Something in your body matches something in the circuit on the test plate. By putting a laboratory sample of, say, a virus on the test plate, you can determine if your body has that virus by listening for resonance. Hearing resonance is easy if you're a radio technician or musician. Others must patiently practice. The details are given in the Bioelectronics chapter (page 457).

...

But there was a way to test. If my own body was putting forth the high frequency energy, it could be bled off and diverted into the ground with a correct size capacitor. This should stop the feedback oscillations. This turned out to be true; it was stopped.

...

Then why couldn't I see the RF on my RF oscilloscope? Probably because it was high frequency energy, not high energy frequency, and I didn't know how to amplify it above the background noise level. It was nevertheless not convincing. Yet much too tantalizing to ignore.

...

I thought of yet a fourth test. If I was really producing RF radiation that could be channeled through a circuit, I should be able to interfere with it by adding another RF radiation from an outside source. I added a frequency from my frequency generator, first at 1,000 Hz. Now there was no resonance. It interfered. Did this mean that my body was not producing radiation at 1,000 Hz? Or was my 1,000 Hz radiation being matched and canceled? I
raised the frequency gradually, from 1,000 to 10,000 to 100,000 to 1,000,000 Hz. There was no resonance anywhere, and I couldn't draw any conclusions. It was 5 o'clock on Sunday afternoon. Quitting time. But one last look at my generator reminded me that it could reach 2,000,000 Hz and I was just at 1,000,000. One more quick experiment wouldn't take much time.

I cranked it to 1,800,000 Hz. And now a resonance screamed out! Was I "hearing things?" No more interference. I did it over and over. Why was it resonating now and not before? Had I arrived at my body's own bandwidth (transmission range), and this was the reason it no longer interfered?

A year later I purchased a better frequency generator to search for the upper end of my bandwidth. Any frequency between 1,562,000 and 9,457,000 Hz could be added to the circuit and produce resonance.

It seemed obvious, then, that the human body broadcasts electrically, just like a radio station, but over a wide band of frequencies and very low voltages, which is why it has not been detected and measured until now.

[Dupe]

Electronic resonance

@ Sucahyo, Again a lot of information to digest. Many thanks for your time and efforts in researching text etc. in order to help with my questions. Most grateful. Kind Regards Dupe

[sucahyo]

@ Sucahyo, Again a lot of information to digest. Many thanks for your time and efforts in researching text etc. in order to help with my questions. Most grateful. Kind Regards Dupe

No problem. My main priority is health research now .

[Godfrey]

Paul Case - Color & Sound doc Addl D/L link

For some reason I can't get a decent viewable page connection without problems, or even able to down load a copy!

I just found this D/L link for the same document:

P. F. Case - Sound and Color

[Dupe]

Sound & colour

I just found this D/L link for the same document:

P. F. Case - Sound and Color

@ Godfrey, spot on... many thanks. Dupe

[sucahyo]

I just found this D/L link for the same document:

P. F. Case - Sound and Color

Thanks for that

[drhiii]

Fyi

May want to check this site out. I have been using the Frex16 and a PFA amplifier and the combination is excellent. And infinitely less expensive. Have advanced this to some Mobius wrapped crystals and obtaining excellent results this way, in addition to hand helds.

And there are some new things coming along from the developer of these applications and hardware.

FreX Frequency Tools - Discount Access : 101006

[Shanjaq]

Has anyone tried to build the Syncrometer? It looks like the PNP has the circuit "always off", and I'm not able to find an 900 ohm Primary-8 ohm Secondary transformer, only this: 42TU008-RC

No sound... Halp! :S

[sucahyo]

This circuit?



Try with any transformer available that have a CT. or wound it yourself. You can see many wound instruction on joule thief thread or website. use computer mic condenser or something to hear the oscillation. If you use 12V CT adaptor, you may also hear it directly. You can made it louder by placing a magnet on top of the core.

I would prefer to use NPN, although I am not sure if it will change result. Since it function by capacitor principle, I think we can just use any self oscillating circuit that can change frequency when capacitance value change. This can include joule thief or my stingo.

I will see if my stingo can be used as syncrometer. I will post diagram if it work.

[Shanjaq]

That's the one! I have the exact part specifications(at least I think the transformer is supposed to have 800ohms impedance on the Primary and 8 on the secondary, I checked resistance and the tap is indeed in the center.)

[Shanjaq]

Gah, estoopit mio >_<

I placed the handhold between the capacitors instead of at the base of the PNP. It works now!

[sucahyo]

It works now!

That is great . Please share your experiment result .

[Shanjaq]

well the Circuit works at least, on a solderless breadboard! I need to make the test plates out of something that won't fall apart with a few brisk flips of the switch

I wonder if there's some way to rig an edge-triggered Latch circuit to connect the plate after the first knuckle-press is released, just to save some manual labor of mashing the switch prior to the second test?

[sucahyo]

well the Circuit works at least, on a solderless breadboard! I need to make the test plates out of something that won't fall apart with a few brisk flips of the switch

I wonder if there's some way to rig an edge-triggered Latch circuit to connect the plate after the first knuckle-press is released, just to save some manual labor of mashing the switch prior to the second test?

Sorry, I don't understand what you mean. You use hanging light switch or doorbell switch?