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Can matter be understood as an organized electromagnetic structure rather than as a collection of elementary particles?
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This section develops a unified toroidal model of matter, beginning with the structure of a single electromagnetic wave and gradually extending to stable particles, electric charge, gravity, and optical coherence. Each paper investigates one aspect of the model and proposes experimentally testable predictions.
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Svetlobi se lahko spremeni valovna dolžina, ko le-ta preide uklonsko mrežico. Ali se ji in koliko se ji spremeni valovna dolžina, še ni izmerjeno in dokumentirano, čeprav ta meritev posega v temelje fizike. Meritev predstavlja belo liso v naboru fizikalnih meritev.
The wavelength of light can be changed as it passes the diffraction grating. Whether and how its wavelength changes is not yet measured and documented, although this measurement may solidify the foundations of physics. The measurement represents a white spot in a physical measurement.
The size of spectral line shifts, caused by moving light sources, as quoted in various scientific articles, clearly depends on the choice of the measuring instrument. The Fabry-Perot interferometer … Beri dalje about The EM properties of light
Svetloba je v krivini optičnega vlakna izpostavljena radialnim pospeškom. Cilj meritve je raziskava, kako krivina optičnega vlakna vpliva na hitrost svetlobe v njej. Sprememba hitrosti svetlobe kot … Beri dalje about Hitrost svetlobe v krivini optičnega vlakna
Franc Rozman (fr.rozman@gmail.com) graduated from the Faculty of Electrical Engineering, University of Ljubljana, Slovenia, 1973. He joined the research and development department in Iskratel, one … Preberi več about O avtorju
