UPH-Scanner™ - Universal Photoelectric Scanner - Employing Xerqon's 'Entangled Chromatic Pair'™ Law

For the presented technology development, amplify the output received by the radio sensor, analogue, field effect array.

A 2.4m x 1.5 m radio-sensor plate equivalent (to include the largest people as subjects) is made of thinly film-coating, insulated copper plate.

Apply electrode pairs to one length and another to one breadth of the plate, with an electrode at either end of the contact plate-edge. A field effect array is what will have been configured. There will be a steady voltage and steady current across both copper plate edges.

A point source antenna will be the source of the radio emissions. Given the rectangular shape of the plate, the antenna will emit radio frequency from a point source antenna, 1m above the central axis of the plate.

The antenna must be behind a Polyetheretherketone (PEEK) panel for rigidity and for its effective non-toxicity. PEEK is the preferred material to construct the entire scanning unit from with respect to structural development.

The antenna will emit radio noise floor. The frequency set should begin at Pi hz, as the lowest frequency in an arithmetic progression array of incremented frequencies - all arithmetically sequential products of Pi hz. See the Xerqon blog article, Room Temperature, Inductive Amplifier/Inverter & Logic. The amplifier or the inverter is the only portion necessary to reference.

The entire system is will amplify the signal from the antenna, passing through the human body or alternative test object. The realtime image or still image will be developed from comma separated variables. The variables will form a coordinate of logical values. They will correspond to positions.

Position changes will be obtained by scanning the object via the simultaneous, alternating and full cycle, current oscillation of both analogue arrays.

Increasing the input voltage or simply the operating voltage will, in turn, increase the sensitivity capacity of the scanner for an operating gradient of permeation of the radio frequency field. Photographing imagery of various phases of tissue health for a small population of test subjects enables foundation calibration for a diagnostic scale.

The outcome is the world’s lowest cost and most effective electromagnetic scanning device.

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