Very sophisticated electronic apparatus is required to detect human frequency emissions. A portentous benefit of radiometric scanning for diagnostics is there is no physical or intrusive contact with the patient, only the microwave frequencies emitted by the patient's body are recorded and analysed. To avoid error, the environmental conditions must be controlled. The calibration of the radiometric imaging apparatus is critical and the analyst must be ruthless about his interpretations and conclusions drawn from the data provided by the images (See Fig. 3, 4 & 5).

This Author for over thirty years has been researching and developing medical management apparatus specifically for manipulation and/or the modulation of biological energies related to disease. He has developed a large number of efficient disease management procedures which implement the scientific laws of dielectric resonance. More recently he has developed a number of precision calibrated instruments which have provided invaluable data for diagnosis and management (See Fig. 3, 4 & 5).

Please Note: Some of the lamps and scanning instruments shown in various photographs on this web page are of very early prototype instrument models taken 10 years or more back and are not of our current production models.

Fig 3. A precision 8.0 - 12.0 um Radiometric Scanner Apparatus

Fig 4. Hand Held Scanner

Fig 5. Schematic of scanning infrared emissions

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