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'''Campus magneticus''' est [[campus physicus]] quem vis magnetica insidet. Campus magneticus partes conspicuas egit in inveniendis campis physicis [[Michael Faraday|Michaelis Faraday ]] operá anno [[1850]]. <ref>Faraday ipse dicebat ''viris lineas'' quando, per exemplum, de campo magnetico cogitabat. In suo opere "De lineae virium natura" ([[Anglice]]: [http://books.google.com/books?id=Q7sKAAAAIAAJ&pg=PA407&lpg=PA407&dq=on+the+physical+character+of+the+lines+of+force&source=web&ots=bk7DipWnwe&sig=mnAX-svCMRD3UKrYnx_XsWdhxpg#PPA414,M1|"On the physical character of the lines of force"]) nos informavit anno [[1852]]: "...I cannot conceive curved lines of force without the conditions of ''a physical existence'' in that intermediate space,..." [emphasis additur] (Scilicet: ''...Non possum imaginari lineas virium curvas sine existentia physicali adiuncta in illo spatio intermediario...'').</ref>
 
[[Iacobus Maxwell]] autem fuit qui huic notioni modernam [[vector]]is formam dedit. Maxwell quidem monstavit campum magneticum[[lux|lucem]] et campumalias electricum e campoundas [[physica electromagnetica|electromagneticoelectromagneticas]] ortose campo magnetico et campo electrico ortas esse, et quantitatem velocitatis lucis ab hoc deduxit.<ref>J. C. Maxwell, "A Dynamical Theory Of The Electromagnetic Field", 1865,
[http://www.zpenergy.com/downloads/Maxwell_1864_1.pdf Pars 1],
[http://www.zpenergy.com/downloads/Maxwell_1864_2.pdf Pars 2],
Postea [[Albertus Einstein]] monstravit campum magneticum esse effectum [[relativitas specialis|relativitatis specialis]].<ref>[http://www.fourmilab.ch/etexts/einstein/specrel/www/ A. Einstein, "Zur Elektrodynamik bewegter Körper", Annalen der Physik 17, 891-921, 1905]</ref>
 
SecundumTandem, ex annis [[1960]], secundum [[Theoria Canonica|Theoriam Canonicam]] hodiernam, omnes vires electromagneticae et campi magnetici (et electrici) intelleguntur esse ob [[photon]]a inter particulas commutata.
 
==B et H==
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