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Project Management & Revolutionary Physics Research Project
We as a species literally do not know where we are located
dimensionally. Just as ancient observers assumed they were located
at the spatial center of the universe, modern researchers assume
that the surroundings we see, of distance, time, matter, and forces,
are fundamentally central to the existing universe, building
spectacularly successful theories and mathematical models to explain
everything from an electron orbiting an atomic nucleus to the birth
of galaxies.
Despite being the most advanced and powerfully predictive ideas in
human history, pernicious anomalies are forcing researchers to
postulate extra dimensions, strings, dark energy, and dark matter as
ways to name the unknown causes of observations that make no sense,
or should actually be impossible if the commonly understood models and
theories are correct.
This kind of problem has been faced before, and the revolutionary
ideas that resolved the difficulties were based on rejection of one
or more assumptions, typically biased toward, in the case of
measuring position: the observer is in a unique central location.
Currently prevailing models assume that space-time dimensions with
which we are familiar
are similarly fundamental and "central". While natural to
our senses, conceptual frameworks of existence, and built deeply
into current cosmology, this assumption
appears unlikely from a historical perspective.
While it is clear that the spatial reality we perceive with our
eyes, ears, and touch, and the temporal reality we perceive with
through our memory is some dimensional manifold, there is no reason
to assume that this manifold is located anywhere near the most basic
dimensional domains.
Recognizing that such an error is likely to be the root
cause of the kind of intractable anomalies we currently face, our research
project will
explore and develop specifications for the least complicated domain
configurations might give rise to our perceptions of
space, time, force, and matter, along with best practices for
managing research projects of this type.
The hypothesized domain configurations will include potential experimental avenues for falsification, and elimination of candidate models that are not viable, and the management knowledge will include research specific extensions of the latest best practices in project management.
If successful, this endeavor could enable a repositioning of our universe as radically as the Copernican Revolution did half a millennium ago.