Universal Photoelectric Scanner

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A 2.2 m x 1.1 m photo-sensor plate (to accommodate the tallest people) is made of Copper Carbide with the lowest carbon concentration while still remaining a non-corrodible sheet of insulated metal. It will easily receive the hole field - or more easily expressed - the positron field. That is the field derived from the absorption of photons, producing the antiphotons which correspond to the positron field in the copper carbide plate, to then follow as an electron field in the electrical circuit from the copper carbide plate. ( In keeping with the conservation of information, a photon is never its own antiparticle, or the antiparticle would have no meaning. Instead, Pauli's Principle (ideally Pauli's Law) applies. The photons exist in chromatic pairs - eg Red spin to Cyan spin. The array is infinite and binary in it power sequence.)

Apply a pincer configured electrode to one length and another to one breadth of the plate, so that the two ends of the pincer wiring configurations each meet at a common, central junction - two of them in total. Their output would be, in series. To logically combine them in series they must pass an Inverter gate, to gain the original chromatic (light colour) perspective, in display. The final step is to display the result on a monitor plate of Aluminium Carbide. It will convert the electron field, in the circuit wiring, to continue as an electron field in the dark, Aluminium carbide. That will emit an electron field (in forcing the plate's bias back to positron state) from that plate and produce a photon field for visual display - in corresponding chromatics of the input of the human body matter's electric reaction to the light, prior to releasing the amplified electron field from the light. For visual perspective alter the bitrate according to blog specifications in the post, Digital Device, Ultra High Resolution - Next Generation.

Full, Power Field Path Sequence, in Summary

stimulation = amplification

positive charged electron (reverse rotation electron) = positron

( electron amplification ) ---> light source ( positron array ) ( photon amplification ) --->

test tissue ( electron array ) ( positron amplification ) ---> sensor plate ( electron array )

( positron amplification ) ---> inverter ( electron to positron array ) ( electron amplification ) --->

display plate ( positron array ) ---> ( photon amplification ) ---> retinas ( positron array )

( electron amplification ) ---> nervous system receptors (positron array)

Each radiant field amplification can only amplify the opposite, complimentary field array in matter. A positive electromagnetic field amplifies or fills a negatively charged array with the positive charge field. The array bias automatically reacts to return the temporarily less negative charge field to its rest state of full, inherent negative charge, resulting in emission of the positive electromagnetic field in the forward direction of forced power flux. The opposite sequence would also occur.

If a dense, plexiglass insulated, metal carbide (high lustre) mirror is use as the reception plate. A scanning device could emit light and receive its reflection after passing through the test tissue. A digital camera, updated to employ the Aluminium Carbide or analogue plate as its sensor, could perform this function. The purpose of the plate is to provide much higher resolution than from mechanically tessellated pixel plates.

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