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John B. Kizer
local time: 2024-03-28 19:44 (-04:00 DST)
John B. Kizer (Abstracts)
Titles Abstracts Details
  • Mass Defect and Fusion (1995) [Updated 1 decade ago]

  • The Temperature of Space (1995) [Updated 1 decade ago]

  • Problems with the Theories of Relativity and the... (1994) [Updated 7 years ago]

  • The Case for a Lesagian Theory of Gravitation (1983) [Updated 1 decade ago]

    The objections of establishment physicists to Lesagian theories are discussed and refuted. D'Alembert's paradox which is rightly accepted by the establishment is shown to be the same type of situation that they object to in a Lesagian theory. Thus if their explanation of hydrodynamics is consistent so must be Lesagian theory with regard to the discussed objection. Also discussed are the proofs of George Darwin showing the mathematical equivalence of Lesagian theory with Newtonian theory. Darwin's theory of perfectly inelastic hits does not lead to friction because there is no heat generated by a perfectly inelastic collision between a moving body and a stationary body. It is also shown that if one assumes neutrino-like particles, there is no marked deviation from the Newtonian law of gravitation when dealing with many-body problems.


  • The Total Gravitational Flux of Free Space (1983) [Updated 1 decade ago]

    Since general relativity, although logically contradictory, agrees with experiment, it is at least useful in helping to determine exactly how much gravitational shielding should take place for the case of the earth. This is calculated and found to be 10-8 of the total gravitation. According to the Lesagian hypothesis, this indicates 108 particles pass through the earth for every effective hit. From this datum and the known energy of the earth toward the sun is calculated the total gravitational energy flux of a volume of the earth. Since the total flux is the same everywhere in space only the effective flux being affected by masses, this gives the value for the gravitational flux of free space.


  • Three Arguments on the Nature of Space (1983) [Updated 1 decade ago]

    The best and simplest models of reality are visualizable models as opposed to formal models. It is proved that non-Euclidean geometry only exists as a special case of a higher dimensional Euclidean geometry, thereby negating general relativity.

    The infalling saves of Maxwell's equations, a perennial problem for electrodynamics theorists, can be explained as Lesagian particles (or waves).

    A consistent theory of the Lorentz transformation is developed, including a new explanation of the Airy experiment.


  • Three Arguments on the Nature of Space (1977) [Updated 1 decade ago]

    1977, 1st Place


  • The Total Gravitational Flux of Free Space (1976) [Updated 7 years ago]

    1976, 1st Place


  • The Case for a Lesagian Theory of Gravitation (1975) [Updated 7 years ago]

    1975, 2nd Place