2006Unpublished venueRequires access

On the origin of inertial force

C. Johan Masreliez, W. A. Redmond

Open publisher page 2 citations

Abstract

According to general relativity inertial mass and gravitational mass are equivalent. Therefore, inertial acceleration might, like gravitational acceleration, be associated with changing metrical coefficients in the line element of general relativity. This possibility is investigated. If a cosmological reference frame exists, the Minkowskian line element may be modified by a velocity dependent scale factor for which all accelerating motion becomes motion on spacetime geodesics. This might model inertia as a gravitational-type phenomenon. PAC: 01.55.+b 1.

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What this paper is about

According to general relativity inertial mass and gravitational mass are equivalent. Therefore, inertial acceleration might, like gravitational acceleration, be associated with changing metrical coefficients in the line element of general relativity. This possibility is investigated. If a cosmological reference frame exists, the Minkowskian line element may be modified by a velocity dependent scale factor for which all accelerating motion becomes motion on spacetime geodesics. This might model inertia as a gravitational-type phenomenon. PAC: 01.55.+b 1.

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Available abstract

According to general relativity inertial mass and gravitational mass are equivalent. Therefore, inertial acceleration might, like gravitational acceleration, be associated with changing metrical coefficients in the line element of general relativity. This possibility is investigated. If a cosmological reference frame exists, the Minkowskian line element may be modified by a velocity dependent scale factor for which all accelerating motion becomes motion on spacetime geodesics. This might model inertia as a gravitational-type phenomenon. PAC: 01.55.+b 1.

Key concepts: Inertial frame of reference, Physics, Classical mechanics, Fictitious force, Inertia, Gravitation, Acceleration, Gravitational acceleration

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