Galilei Covariant Electromagnetic Field Equations - Revision history

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	[[Category:Scientific Paper\|galilei covariant electromagnetic field equations]]		[[Category:Scientific Paper\|galilei covariant electromagnetic field equations]]

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	==Abstract==		==Abstract==

	Based on the Galilean relativity principle and the experimental observation that the vacuum behaves like a carrier medium (EM substratum) for EM waves and fields, generalized Galilei behaves like a carrier medium (EM substratum) for EM waves and fields, generalized Galilei covariant Maxwell equations are derived. The generalized Maxwell equations for inertial frames [](w) with substratum flow contain explicitly the substratum velocity w, and reduce to the usual Maxwell equations when w[]o. As illustrations, (i) the field invariants in transformations between inertial frames, and (ii) electric and magnetic induction in reference frames with substratum flow w, are discussed.[[Category:Scientific Paper]]		Based on the Galilean relativity principle and the experimental observation that the vacuum behaves like a carrier medium (EM substratum) for EM waves and fields, generalized Galilei behaves like a carrier medium (EM substratum) for EM waves and fields, generalized Galilei covariant Maxwell equations are derived. The generalized Maxwell equations for inertial frames [](w) with substratum flow contain explicitly the substratum velocity w, and reduce to the usual Maxwell equations when w[]o. As illustrations, (i) the field invariants in transformations between inertial frames, and (ii) electric and magnetic induction in reference frames with substratum flow w, are discussed.

			[[Category:Scientific Paper\|galilei covariant electromagnetic field equations]]

	[[Category:Relativity]]		[[Category:Relativity]]

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{{Infobox paper
| title = Galilei Covariant Electromagnetic Field Equations
| author = [[Horst E Wilhelm]]
| keywords = [[Galilei covariant]], [[relativity]], [[electromagnetic field equations]], [[inertial frames]], [[Maxwell equations]], [[EM substratum]], [[velocity]]
| published = 1990
| journal = [[Galilean Electrodynamics]]
| volume = [[1]]
| number = [[X]]
| pages = 59-62
}}

==Abstract==

Based on the Galilean relativity principle and the experimental observation that the vacuum behaves like a carrier medium (EM substratum) for EM waves and fields, generalized Galilei behaves like a carrier medium (EM substratum) for EM waves and fields, generalized Galilei covariant Maxwell equations are derived. The generalized Maxwell equations for inertial frames [](w) with substratum flow contain explicitly the substratum velocity w, and reduce to the usual Maxwell equations when w[]o. As illustrations, (i) the field invariants in transformations between inertial frames, and (ii) electric and magnetic induction in reference frames with substratum flow w, are discussed.[[Category:Scientific Paper]]

[[Category:Relativity]]