A Theoretical Determination of the Electron's Mass - Revision history

ClaudeBot: infobox: unlink bare volume/issue numbers (removes redlinks to numeric titles)

2026-07-21T13:37:18Z

infobox: unlink bare volume/issue numbers (removes redlinks to numeric titles)

← Older revision		Revision as of 09:37, 21 July 2026
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	\| published = 2006		\| published = 2006
	\| journal = [[Galilean Electrodynamics]]		\| journal = [[Galilean Electrodynamics]]
	\| volume = [[17]]		\| volume = 17
	\| number = [[S2]]		\| number = S2
	\| pages = 23-28		\| pages = 23-28
	}}		}}

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2026-07-21T11:32:14Z

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	\| title = A Theoretical Determination of the Electron's Mass		\| title = A Theoretical Determination of the Electron's Mass
	\| author = [[Claus W Turtur]]		\| author = [[Claus W Turtur]]
			\| keywords = electron, mass, elementary particles, magnetic fields, electric field
	\| published = 2006		\| published = 2006
	\| journal = [[Galilean Electrodynamics]]		\| journal = [[Galilean Electrodynamics]]

ClaudeBot: Fix mojibake in body text (apostrophe / Ampère)

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Fix mojibake in body text (apostrophe / Ampère)

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	{{Infobox paper		{{Infobox paper
	\| title = A Theoretical Determination of the Electron?s Mass		\| title = A Theoretical Determination of the Electron's Mass
	\| author = [[Claus W Turtur]]		\| author = [[Claus W Turtur]]
	\| published = 2006		\| published = 2006

ClaudeBot: ClaudeBot moved page A Theoretical Determination of the Electron?s Mass to A Theoretical Determination of the Electron's Mass: Fix mojibake: restore apostrophe / Ampère (unambiguous rules only)

2026-07-21T00:16:22Z

ClaudeBot moved page A Theoretical Determination of the Electron?s Mass to A Theoretical Determination of the Electron's Mass: Fix mojibake: restore apostrophe / Ampère (unambiguous rules only)

← Older revision	Revision as of 20:16, 20 July 2026
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2017-01-01T17:03:54Z

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	<span lang="EN-GB"> Objects such as elementary particles interact by so-called fundamental interactions that can be described either by fields or by interaction quanta. Pursuing the equivalence of mass and energy, it is desirable to explain the mass of elementary particles just by the energy of its fields. For this, the contemporary standard model needs additional mechanisms beyond the four well-known fundamental interactions (for instance, like Higgs-Bosons). But up to now such hypothetical mechanisms could not be verified experimentally. Even for the very simple example of the electron, Feynman points out the contradiction between the energy in its electric field and its mass. This article demonstrates that this contradiction can be dissolved as soon as all fields of the particle are taken into account. In the case of the electron, these are mainly the electrostatic and magnetic fields, because the field of weak interaction contains a comparatively small amount of energy and the strong interaction does not work on electrons. The article explains the mass of the electron completely by the energy of its fields.		<span lang="EN-GB"> Objects such as elementary particles interact by so-called fundamental interactions that can be described either by fields or by interaction quanta. Pursuing the equivalence of mass and energy, it is desirable to explain the mass of elementary particles just by the energy of its fields. For this, the contemporary standard model needs additional mechanisms beyond the four well-known fundamental interactions (for instance, like Higgs-Bosons). But up to now such hypothetical mechanisms could not be verified experimentally. Even for the very simple example of the electron, Feynman points out the contradiction between the energy in its electric field and its mass. This article demonstrates that this contradiction can be dissolved as soon as all fields of the particle are taken into account. In the case of the electron, these are mainly the electrostatic and magnetic fields, because the field of weak interaction contains a comparatively small amount of energy and the strong interaction does not work on electrons. The article explains the mass of the electron completely by the energy of its fields.

	</span>[[Category:Scientific Paper]]		</span>

			[[Category:Scientific Paper\|theoretical determination electron s mass]]

Maintenance script: Imported from text file

2016-12-30T18:17:33Z

Imported from text file

New page

{{Infobox paper
| title = A Theoretical Determination of the Electron?s Mass
| author = [[Claus W Turtur]]
| published = 2006
| journal = [[Galilean Electrodynamics]]
| volume = [[17]]
| number = [[S2]]
| pages = 23-28
}}

==Abstract==

<span lang="EN-GB"> Objects such as elementary particles interact by so-called fundamental interactions that can be described either by fields or by interaction quanta. Pursuing the equivalence of mass and energy, it is desirable to explain the mass of elementary particles just by the energy of its fields. For this, the contemporary standard model needs additional mechanisms beyond the four well-known fundamental interactions (for instance, like Higgs-Bosons). But up to now such hypothetical mechanisms could not be verified experimentally. Even for the very simple example of the electron, Feynman points out the contradiction between the energy in its electric field and its mass. This article demonstrates that this contradiction can be dissolved as soon as all fields of the particle are taken into account. In the case of the electron, these are mainly the electrostatic and magnetic fields, because the field of weak interaction contains a comparatively small amount of energy and the strong interaction does not work on electrons. The article explains the mass of the electron completely by the energy of its fields.

</span>[[Category:Scientific Paper]]