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Prof. Harold S. Slusher
local time: 2017-04-30 20:20 (-06:00 DST)
Prof. Harold S. Slusher Abstracts
Titles
  • Space Medium Theory Applied to Lunar and Stellar Aberration (1990) [Updated 4 months ago]
  • The Dingle Problem, Cosmology, and the Postulate of Relativity (1985) [Updated 6 years ago]
  • Secular Variations of the Orbital Motions of Mercury's Perihelion: A Reevaluation of the Problem and Its Implictions for Cosmology and Cosmogony (1984) [Updated 6 years ago]
  • Electric Theory of Gravitation (1982) [Updated 4 months ago]

  • Abstracts Details
  • Space Medium Theory Applied to Lunar and Stellar Aberration (1990) [Updated 4 months ago]

    The paper discusses lunar and stellar aberration, and the absence of aberration in terrestrial sources, based on a space medium of separate ethers in which a Galilean electrodynamic theory is valid.


  • The Dingle Problem, Cosmology, and the Postulate of Relativity (1985) [Updated 6 years ago]

    This paper is a discussion of Dingle's examination of the meaning of the Doppler shift in the light of the postulate of relativity.  Dingle's examination is little known but of great significance.


  • Secular Variations of the Orbital Motions of Mercury's Perihelion: A Reevaluation of the Problem and Its Implictions for Cosmology and Cosmogony (1984) [Updated 6 years ago]

    Institute for Creation Research, pp. 73-81 (1984).


  • Electric Theory of Gravitation (1982) [Updated 4 months ago]

    Independent positive and negative partial fields of equal value are assumed to be associated with every source mass. These complimentary electric fields behve like dormant fields with a net zero field strength except in the region of a proton or electron. A mass upon which these fields are impressed contains an equal number of protons and electrons. Even a neutron is assumed to contain a proton and electron. The impressed partial fields exert a combination of attraction and repulsion on protons and electrons embedded in that mass. A nonlinearity in the region of each of those charges tilts the balance such that the net electric force is one of attraction that meets the conditions of a gravitation force. The theory is then extended to include additional properties of the dormant field, such as a "medium" to take the place of Maxwell's luminiferous ether and a feedback medium in electrodynamics. This unification of electromagnetic theory and gravitation also includes gravitational radiation.