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Experimental Evidence for New Gravitational Theory
Gravitational Pull Effected by Energy
Density Variation
by
David W. Allan
February 17, 2000
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The following is a preview of a more full write-up. |
The following is pre-publication information regarding some experimental
evidence consistent with this new
gravitational theory. As is to be expected, this new way to look at nature
has been received by a few people with some skepticism. Hence, we felt it was
important to supply additional experimental evidence for this new theory.
We say additional, because in past sharings of this new theory we have cited several experimental evidences.
Since the gravitational force in the traditional theory is dependent upon the
masses of the objects involved and upon the distance between the
masses, we have constructed experiments which differentiate between the
new and the old.
In the new theory, gravitational attraction is dependent upon the energy
density of the objects involved. The mass, per the
traditional theory, comes in through the density.
Fundamental to the new theory is its description of diallel
gravitational-field lines going between the objects. These diallel lines
carry, among other things, gravitational information, accounting for the
attraction between the two objects with their respective energy densities. This
information as Einstein predicted travels at the velocity of light.
You may have read about the "Space Mystery" problem that NASA JPL
has published in recent time in which they discuss an anomalous behavior of some
of their space probes. Namely, that the tracked position does not match
the theoretical projections based on standard gravitational theory. They have
concluded that something may be wrong with our current gravitational theory
or with the timing systems. It is as if there is an extra "tug" toward
the sun that is not accounted for in the traditional theory.1
| This new gravitational theory gives an explanation for what
is observed. We have written a new equation that describes the
gravitational force between two objects (the sun and a space probe, for
example). The new equation shows that the force is a function of the
energy-density of each of the objects involved.
The new theory shows that these diallel lines can be modified and/or
bent due to energy densities that may be present along the path
between the two objects.
We designed and conducted an experiment to test this hypothesis.
We placed three different energy density objects underneath pendula
clocks. The three energy density sources were chemical, electrostatic
and magnetic. To generate these we used a battery, a set of capacitors
and a transformer, respectively. In all three cases, the pendula
were slowed in their beat. This slowing is predicted by the new
theory. The full details of the experiment are explained in the pending
paper. |
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There are other relatively simple experiments that can be conducted
showing the bending of these diallel, gravitational-field lines. Since the
diallel lines define the local vertical, a sensitive plumb-bob, for example,
could detect this bending. Experiments are being prepared now using this
technique to detect this bending.
Endnote:
1. John D. Anderson, Philip A.
Laing; et. al; "Indication, from Pioneer 10/11, Galileo, and Ulysses Data,
of an Apparent Anomalous, Weak, Long-Range Acceleration;" Physical Review
Letters; Vol. 81, No. 14; 5 October, 1998; p. 2858.
See also:
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