Frequency Bioresonance

It Works For Me. Why?

Splitting "does it work" into the two questions it's actually made of — and a real way to find your own answer.

It Works For Me. Why?

You ran a scan. Something shifted — you felt calmer, a symptom eased, sleep got better. That's not nothing. So what actually happened? That's the real question this lesson tries to answer honestly, instead of just telling you it's real or telling you it isn't.

A Hundred Years of the Same Idea

This isn't a new question, and frequency devices aren't a new category. The same basic idea — that a device can read or influence the body through a signal — has been reinvented every few decades for about a century:

I'm not telling you this to talk any device down — including the frequency-generator approach behind my own personal experiment, described earlier in this course. I'm telling you because the pattern matters: the same claim keeps getting repackaged, and the one part that's never actually been isolated and tested is the "reading a diagnostic signal" step. The electrical-stimulation step, on the other hand, is well-trodden ground.

Split the Question in Two

"Does it work" is actually two separate questions wearing one coat:

  1. Does the stimulation itself do something real? Plausibly, yes. A scan runs measurable current through the body via skin contact — the same physical channel TENS uses, and TENS's pain-blocking effect is real and mechanistically understood (it "closes the gate" on pain signals in the spinal cord).
  2. Does reading a diagnostic signal and feeding back a "corrected" one do something extra, specific to that reading, beyond the stimulation alone? This is the part nobody has ever isolated. Not proven false — just never separated out from everything else happening during a session.

What "Works For Me" Could Honestly Mean

If a session leaves you feeling better, here are the real, honest candidates for why — and none of them make your experience less real:

Probably it's some mix of these, and the mix is likely different for different people, and different sessions. That's not a dodge — it's the actual, current state of knowledge.

How You'd Actually Find Out — For Yourself

You don't need a lab to start narrowing this down. Use the Journal in this app the way a researcher would use a logbook:

That's a real, doable way to start telling ritual and expectation apart from something more specific — not a lab-grade controlled trial, but a genuine step up from "I felt better once, so it works."

One honest caveat: tracking isn't neutral. If part of what a session gives you is your mind settling — less analysis, less overthinking — turning that into a monitored task can work against exactly that; it's hard to fully let go while simultaneously grading yourself on it. So keep the log light: a line jotted down afterward, not a running commentary during the session. And if journaling itself leaves you more wound up, that's useful data too — it may mean part of what you're getting from a session is permission to stop monitoring yourself for a while, which is a real effect in its own right, just a different one than the log is built to catch.

THE POINT OF THIS LESSON

This isn't about telling you it doesn't work. It's about knowing which part is doing the work, so you can tell real effect from ritual — and get more out of it either way.

References & Resources

Melzack, R. & Wall, P. (1965). Pain Mechanisms: A New Theory. Science. — The gate control theory behind how TENS devices work.

FDA Bone Growth Stimulators Executive Summary. — PEMF's 1979 approval for non-union fracture healing; the one device family in this lineage with a specific, narrow FDA-approved indication.

Quackwatch: Rife machine operator sued and related court records. — Documented felony health-fraud convictions of later Rife-device sellers (1996 case; James Folsom/NatureTronics, 2009).

Vega machine — history of Electroacupuncture According to Voll (EAV). — Reinhold Voll's 1958 origin of skin-resistance diagnostic devices, later modified into the Vega test.