Fig. Rougth sketch of an interferencial system for Radar-images, 29.9.1992. (PhC: Phase Comparator, Axx: Antenne Vorn Oben/Unten, Hinten Links/Rechts)
After some calculations it seems, that one result of interference images is predictable: The only selectable location of interference is the point of equal delays on all possible signal ways. Only in the point of interference it is possible, to receive an excitement for example with AND-gates. As more circuits I verified, as more two impression were fixed:
As far as I can remember, years before, while recherching books I had found a paper about mirrored, topographic scemes in the human brain, Penfields so called 'Homunculus'. It appears as a pure coincidence, that the virtual mirrored Radar images should reproduce this fact. All the time it seems, that nothing in nature is without any reason. Even as the virtual Radar-images, the homunculus appeares mirrored. Even as Radar-images biological maps are topographic. And even as (virtual, pulsed) Radar-images, the nature uses pulses in a definitive relation to the transmitting speeds. Also the properties between pulse-length and pulse-speed and circuit geometries are comparable.
One-dimensional interference circuit. An excitement at the one side generates an mirrored interference position at the other side (circuit created in october 1992). Notice the main differences to electric circuits: wires are totaly different! Wires in interference scemes are supposed to be without attenuation, but ever with transmission speed! They are not constructed to carry currents or to drive loads. Comparable to nerves they symbolize the directed flow of time-functions from and to different points with definitive speeds or delays.
We are able to inspect interference phaenomena in simulation since august 1994. For the future, we plan compound projects with partners in different fields. Our main interest are bio-neural informatics: theory shows, that researches in this field need multi-channel data streams and interference theory in general. In this field, interferences are not to avoid to get knowledge about neural communication.
In the field of industrial usability it is possible to simulate new ultrasonic devices with very better imaging possibilities for purposes of medical and material imaging.
For free field applications in air the interference assistent is useable for loudness-localizations in the fields: motor inspection/machinery-inspection; loudness landcard generation etc.. Electrical field applications are possible to develope Radar imaging systems. Last not least for geological and astronomical research our improved interference theories appear usefull to develope better antenna arragements to improve measurement possibilities for noisy, small and far signals.
Dies war der -te Zugriff seit dem 10.9.1996
file created 08:04 26.01.1996; last revised: 08:05 26.01.1996