Unified Field Theory with New Model for Gravity
--An Overview--
by
David W. Allan
Allan's Time Interval Metrology Enterprise, Inc.
Handout given at the Civil GPS Service
Interface Committee in conjunction with the International Institute
of Navigation annual GPS Conference
(Salt Lake City, Utah, 18-22 Sept, 2000)
Anew theory of gravity as
well as a unified field theory (UFT) are being proposed, showing how
the four force fields work together, implicating also a fifth field.
A main feature of this new model is the proposal of the existence of
diallel, gravitational-field lines that emanate from every entity.
For the earth, for example, they emanate radially from its center.
These diallel lines provide a conduit for combined particle and wave
flow and exchange beyond the speed of light, and they have quantum
states similar to the atom. On the web site, we present a general
field equation showing the importance of energy density in this new
UFT. We also present a new gravitational force equation, that has as
a special case the commonly accepted gravitational equation.
As we have been working on this new theory, we
have been amazed at insights, applications and heretofore
unexplained phenomena to which it applies. On the web site we list a
large number of such phenomena, and the list continues to grow from
information often supplied by others.
We have conducted four experiments to date to
differentiate the new theory from traditional thinking, and we have
obtained affirmative results on all four. The first one demonstrated
pendulum clock slowing as a result of introducing high
energy-density sources underneath the clock as predicted by the new
UFT. The second experiment showed evidence that these diallel lines
for the earth define the local vertical. We were able to bend the
local vertical slightly using high energy-density sources. In the
third experiment we obtained pulsed UV emissions from diallel-line
electrons that had been placed in an excited state. Most recently (9
Sept. 2000) we obtained continuous diallel-line quantum emissions at
420 nm. In this same experiment we also observed blue shifted He-Ne
631 nm photons, as predicted by the theory and as they interacted
with the diallel-line excited electrons. Papers are in preparation
documenting the above, and some additional information is available
on the web site.
While we are confident of the general model and
we see great ramifications coming from the theory, we nevertheless
sense our inadequacy to relate it clearly and accurately to the
manifold areas to which it is sure to find application. That is why
we are anxious to garner the interest of other researchers and
theorists who can help flesh out the theory, expand the equations,
and probe the manifold applications and ramifications.
Our website is designed to be a catalyst to
encourage others to participate in developing the theory and in
doing experimentation. We trust you will be patient with our
exuberance at times as we may tend to overextend the applications in
some cases, and reveal our lack of professional knowledge of other
areas outside our field of expertise. We also hope you will be
understanding of the need we feel to go ahead and make this
unfolding theory – and very different way of viewing nature –
available publicly prior to its being published in a peer-review
journal so that others may participate in the pioneering.
We would like to thank all our friends and
colleagues who have thus far helped and facilitated the development
of this theory and the experimentation to go with it. Its many
manifestations as well as applications for the benefit of society
are very motivational to us. And we would like to invite all who are
interested to join with us as we continue this exciting pursuit. The
fifth force field is particularly exciting as it appears to couple
beyond the physical. We call it – following Gustaf Stromberg
(Franklin Institute Journal, Vol.272, 1961, p134) – the Eternity
Domain. Our work could not have progressed as it has without the
hand of Providence – to whom we are most grateful, first and last.
