Biocharger

In 1988, Jim Girard developed and followed his passion to pursue the application of these subtle energy technologies to accomplish what Lakhovsky had believed were the key to restoring health and wellness. To provide a wide enough bandwidth of frequencies and pulsed harmonics so “The cells with very weak vibrations, when placed in the field of multiple vibrations, finds their own frequency and start to oscillate normally through the phenomenon of resonance.”

Shortly thereafter, Girard seized a unique opportunity to study and conduct research with Orville Fitz, a former protégé of Tesla in his later years. Girard was fascinated by these concepts and had the vision to experiment by controlling and combining these legacy technologies, which inspired the development of the original BioCharger.

In 1993, Girard began incorporating multiple spectrum gas-tubes in series with a spark gap Tesla coil to produce a wider array of frequencies in the visible light spectrum, a design feature eventually cited as part of the original BELS patents filed in 1998 listing Girard as inventor [5908444] and [6217604].

In 2002-2003, Girard built the classic BioCharger “88” model which still used the spark-gap Tesla coil, but introduced a basic variable pulsing feature which was later refined in the BioCharger “2012” model. The pulse feature offered three selected pulse mode capabilities: at 4, 8 and 20 hertz [cycles per second].

The limitations of the older spark-gap design prevented precise pulsing at frequencies higher than 60 hertz. Consequently, the goal of the next model was to incorporate a more advanced vacuum tube design to allow for selected higher frequencies at which to pulse the coil. However, the limitation of this design is that the vacuum tubes would not pulse at the higher Rife [Raymond Royal Rife frequencies and were limited to approximately 1,000 hertz, far less than the 50,000 hertz [50 kilohertz] Rife utilized. Another drawback was that this model was very cumbersome, weighing about 100 lbs.

As radio technology precision improved with solid state circuitry, so did Girard’s vision of what could be accomplished through using a solid-state Tesla coil with finely tuned precision over a far wider range of frequencies (i.e., pulse frequency of 1 to 50 kilohertz, output frequencies of 9 kilohertz [9,000 hertz] to 1 gigahertz [1 X 109 = 1,000,000,000 hertz] and into the visible light spectrum [1 X 1012-16 hertz]). Girard began working on the BioCharger “Plus” with a vision to provide a hybrid of Rife, Gurwitsch & Lakhovsky technologies in a single unique novel combined platform never before offered in the marketplace.

As radio technology precision improved with solid state circuitry, so did Girard’s vision of what could be accomplished through using a solid-state Tesla coil with finely tuned precision over a far wider range of frequencies (i.e., pulse frequency of 1 to 50 kilohertz, output frequencies of 9 kilohertz [9,000 hertz] to 1 gigahertz [1 X 109 = 1,000,000,000 hertz] and into the visible light spectrum [1 X 1012-16 hertz]). Girard began working on the BioCharger “Plus” with a vision to provide a hybrid of Rife, Gurwitsch & Lakhovsky technologies in a single unique novel combined platform never before offered in the marketplace.