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Linea 1: [[Fasciculus:Lasers.jpeg\|thumb\|Photones in ''[[Coherence (physics)\|coherent]]'' radius e [[Laser\|lasere]] missi.]] '''Photon'''<ref name=NSLO>[[Ebbe Vilborg]]. ''Norstedts svensk-latinska ordbok''. Editio secunda anni 2009.</ref> {{Victio\|photon\|onis\|m}}<ref name=NSLO/> ~~est mediator~~ ([[~~vis electromagnetica\|virium electromagneticarum~~Graece]]~~. Nomen venit a~~ φῶς, φωτ- ("'[[lux",]]') est mediator [[~~Graece~~vis electromagnetica\|virium electromagneticarum]]). In [[physica quantica]], photon est modo [[particula]] modo [[unda]]. Photon est [[boson]] ~~massae~~[[massa]]e nullius et turbinis +1 vel -1–1. Eius [[symbolum]] est [[littera]] γ ([[gamma]]) quia [[radiatio gamma\|radii gamma]] ~~transferunt~~ multa photona altae energiae transferunt. [[Lux]] photonibus componitur. {{NexInt}} [[Effectus Doppler]]anus [[Laser]] [[Ludovicus de Broglie]] [[Optica]] [[Photographia]] == Nexus externi == {{CommuniaCat\|Photon\|photonem}} == Notae == <~~div class="~~references~~-small"><references/><~~/~~div~~> ==Bibliographia== {{physica-stipula}}▼ [[Ricardus Feynman\|Feynman, Richard]]. [[1985]]. ''QED: The Strange Theory of Light and Matter.'' Princetoniae: Princeton University Press. ISBN 978-0-691-12575-6. ▲{{physica-stipula}} {{tabula particularum}}

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