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Emendatio ex 17:15, 9 Octobris 2009

-2 Latinitas huius rei dubia est. Corrige si potes. Vide {{latinitas}}.

Magnetis campus magneticus a limaturis ferreis conspicuus factus.

Campus magneticus est campus physicus quem vis magnetica insidet. Campus magneticus partes conspicuas egit in inveniendis campis physicis Michaelis Faraday operá anno 1850. ^[1]

Iacobus Maxwell autem fuit qui huic notioni modernam vectoris formam dedit. Maxwell quidem monstavit lucem et alias undas electromagneticas e campo magnetico et campo electrico ortas esse, et quantitatem velocitatis lucis ab hoc deduxit.^[2]

Postea Albertus Einstein monstravit campum magneticum esse effectum relativitatis specialis.^[3]

Denique, inde ab annis 1960, secundum Theoriam Canonicam hodiernam, omnes vires electromagneticae et campi magnetici (et electrici) intelleguntur photonibus inter particulas commutatis secundum leges quanticas effici.

B et H

Magnetizatio

Lex Lorentziana

Leges Maxwellianae

Lex Biot-Savart

Quomodo campus creetur

Energia

Tortus in dipolos

Pars in systemate SI definiendo

Unitates

Relativitas

Notae

↑ Faraday ipse dicebat viris lineas quando, exempli gratia, de campo magnetico cogitabat. In suo opere "De lineae virium natura" (Anglice: "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...).
↑ J. C. Maxwell, "A Dynamical Theory Of The Electromagnetic Field", 1865, Pars 1, Pars 2, Pars 3, Pars 4, Pars 5, Pars 6; Vide etiam analysim modernam ab Andre Waser, "On the Notation of Maxwell's Field Equations, 2000, et Aequationes Maxwellianae in vacuo.
↑ A. Einstein, "Zur Elektrodynamik bewegter Körper", Annalen der Physik 17, 891-921, 1905

Fontes

[1] Faraday ipse dicebat viris lineas quando, exempli gratia, de campo magnetico cogitabat. In suo opere "De lineae virium natura" (Anglice: "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...).

[2] J. C. Maxwell, "A Dynamical Theory Of The Electromagnetic Field", 1865, Pars 1, Pars 2, Pars 3, Pars 4, Pars 5, Pars 6; Vide etiam analysim modernam ab Andre Waser, "On the Notation of Maxwell's Field Equations, 2000, et Aequationes Maxwellianae in vacuo.

[3] A. Einstein, "Zur Elektrodynamik bewegter Körper", Annalen der Physik 17, 891-921, 1905

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