A wobble is used when the frequency of a specific pathogen is known, and you want to ensure full coverage of its resonance bandwidth. Dr. Clark’s frequency table usually lists, for each pathogen, a single-use frequency and, in addition, a low–high frequency range. This shows that a pathogen does not resonate at one exact mathematical point. It resonates within a small window, which is generally the case.
If you apply only one fixed frequency, for example, 425 kHz, you are targeting the center of that range. However, biological conditions vary. Tissue environment, solvent presence, and individual variation can slightly shift the effective resonance. A wobble moves slightly above and below the main frequency, staying within the documented bandwidth, e.g., generating 425.2 kHz, 424.8 kHz, 425.4 kHz, and 424.6 kHz repeatedly.
By repeatedly oscillating around the target value, the generator increases the likelihood of fully destabilizing the pathogen’s electrical pattern. Instead of striking a single narrow point, it repeatedly excites the entire resonance band.
A wobble is therefore used when:
- A clearly defined pathogen frequency exists
- A low–high bandwidth is documented
- Precision targeting is desired
For broader coverage across an entire frequency band, see the article on sweep mode.
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