Presented Papers:
- Renshaw, Curtis E., 105th Annual
Meeting of the South Western and Rocky Mountain Division
of the American Association for the Advancement of
Science, "The Radiation Continuum Model of Light and
the Galilean Invariance of Maxwell's Equations," May, 1995: If Einstein's second
postulate is not invoked, it is a simple matter to show
that Maxwell's equations are Galilean Invariant. Doppler,
apparent mass increase with velocity, and other effects
are explained.
- Renshaw, Curtis E., 76th Annual Meeting
of the Pacific Division of the American Association for
the Advancement of Science, "The Gravitational Potential for a Moving
Observer and the Perihelion Shift of Mercury," June, 1995: The principle of equivalence
is used to show that the gravitational potential is
different for moving observers. Utilizing the modified
dynamic potential fully accounts for the perihelion shift
of Mercury in form and value.
- Renshaw, Curtis E., Xu Shaozhi, Xu
Xiangquan, 76th Annual Meeting of the Pacific Division
of the American Association for the Advancement of
Science, "A Direct Derivation of the EM
Force-Mass-Velocity Relation,"
June, 1995: It is shown that the apparent increase in
mass with velocity is purely an electromagnetic effect.
- Renshaw, Curtis E., 106th Annual
Meeting of the South Western and Rocky Mountain Division
of the American Association for the Advancement of
Science, "Simultaneity with and without the Second
Postulate," June,
1996: When the issue of observed simultaneity of distant
events is first under the assumption of the second
postulate and then without this assumption, testable
differences arise which can be used to verify or refute
SRT.
- Renshaw, Curtis E., 106th Annual
Meeting of the South Western and Rocky Mountain Division
of the American Association for the Advancement of
Science, "Pulsar Timing and the Special Theory of
Relativity," June,
1996: Sensitive pulsar timing measurements should show a
periodic timing error residual due to special relativity.
The absense of such a residual indicates a failure of the
special theory.
- Renshaw, Curtis E., 106th Annual
Meeting of the South Western and Rocky Mountain Division
of the American Association for the Advancement of
Science, "The Time Delay and Deflection of a Solar
Grazing Photon in Newtonian Space," June, 1996: It is shown that, utilizing
only the principle of equivalence and energy
considerations, the full and correct equations for the
deflection and time delay of a solar grazing photon may
be obtained. These results are derived without invoking
the curved space-time of general relativity.
- Renshaw, Curtis E., IVth International
Conference on Space, Time and Gravitation, in St.
Petersburg, Russia, "The Radiation Continuum Model of Light and
the Galilean Invariance of Maxwell's Equations," September, 1996: If Einstein's second
postulate is not invoked, it is a simple matter to show
that Maxwell's equations are Galilean Invariant. Doppler,
apparent mass increase with velocity, and other effects
are explained.
- Renshaw, Curtis E., IVth International
Conference on Space, Time and Gravitation, in St.
Petersburg, Russia, "The Gravitational Potential for a Moving
Observer and the Perihelion Shift of Mercury," June, 1995: The principle of equivalence
is used to show that the gravitational potential is
different for moving observers. Utilizing the modified
dynamic potential fully accounts for the perihelion shift
of Mercury in form and value.
- Renshaw, Curtis E., IVth International
Conference on Space, Time and Gravitation, in St.
Petersburg, Russia , "Pulsar Timing and the Special Theory of
Relativity," June,
1996: Sensitive pulsar timing measurements should show a
periodic timing error residual due to special relativity.
The absense of such a residual indicates a failure of the
special theory.
- Renshaw, Curtis E., IVth International
Conference on Space, Time and Gravitation, in St.
Petersburg, Russia, "Apparent Super-luminal Jets as a Test of
Special Relativity,"
June, 1996: Considerations of the geometry and energy
requirements in apparently super-luminal jets can be used
as a test of special relativity.
- Renshaw, Curtis E., IVth International
Conference on Space, Time and Gravitation, in St.
Petersburg, Russia , "The Time Delay and Deflection of a Solar
Grazing Photon in Newtonian Space," June, 1996: It is shown that, utilizing
only the principle of equivalence and energy
considerations, the full and correct equations for the
deflection and time delay of a solar grazing photon may
be obtained. These results are derived without invoking
the curved space-time of general relativity.
- Renshaw, Curtis E., University of
Connecticut Workshop on Contemporary Physics, "The Experiment of Fizeau as a Test of
Relativistic Simultaneity," June, 1997: Fizeau’s experiment,
performed with qualitative precision by Michelson and
Morley in 1886, produces results inconsistent with the
velocity addition theorem of special relativity.
- Renshaw, Curtis E., 107th Annual
Meeting of the South Western and Rocky Mountain Division
of the American Association for the Advancement of
Science, "Fresnel, Fizeau, Hoek,
Michelson-Morley, Michelson-Gale and Sagnec in Aetherless
Galilean Space,"
June, 1997: It is shown that the radiation continuum
model (RCM) of light fully accounts for the results of
the Michelson-Gale and other Sagnac type experiments,
without resorting to gravitational effects or GRT. This
paper corrects a previously published derivation of
Fizeau’s results
Questions? Comments?
crenshaw@teleinc.com
