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Electrical Properties of Human DNA 

Using a technique called Non-Linear Dielectric Spectroscopy, the lab can measure electrical conductivity, impedance and resonant frequencies of human DNA. The high sensitivity of this assay is based on the fact that measurements are taken at the resonance frequency of DNA not at some arbitrary frequency built into the spectrometer. Measurements taken under resonance conditions are highly specific and sensitive. 

1. Electrical Properties of Water

Using impedance Spectroscopy the lab can measure impedance, resistance and conductivity of different types of water.

2. Quantum Properties of Water 

A newly discovered quantum property of water is its sensitivity to subtle energies in general and longitudinal scalar waves in particular. The ability of these subtle energies to imprint water at specific frequencies is quantified by the lab by measuring changes in its electrical properties.

3. Optical Properties of Water

The ability of water to absorb visible light and UV light can readily be measured with a spectrophotometer.

4. Structured Water

A UV spectrophotometer and ) O-17 NMR spectroscopy can be used to measure whether your water is truly structured. 

In addition, the lab has developed a bioassay which quantifies structuring in terms of its ability to protect biomolecules from radiation damage.

The lab has developed a method to measure the intrinsic frequencies of a sample by applying voltage at a specific frequency and measuring the induced current. A large induced current response is indicative of a resonant frequency. Thus a frequency spectra is obtained for each sample.