Beyond
the paradigm; getting more than your twenty cents worth.
Or
Possible
answers to, alternative explanations for, and pertinent questions regarding
some of science’s most vexing problems.
Introduction:
Consilience
To truly know anything – to be able to visualize all
its implications and apply it appropriately to new situations – requires
knowing everything “anything” involves. Essentially;
impossible. But, it follows, the more we know about everything, the more we can
learn. But again, the more we learn the harder it is to know everything. Which
makes truly knowing anything harder.
With the explosive growth in information has come a
tendency for scientists, as well as doctors, lawyers, economists, educators,
and just about every other profession, to specialize in specific fields. It
takes so long to learn the specialized knowledge for a given profession that
there is not time to delve deeply into how your field is interconnected with
other. Without the consilience that comes from being able to place specific
facts within their overall web of interaction we run the risks of over
simplifying, ignoring salient information, or heading down the wrong tract in
search of further explanation.
The hypotheses that are presented in this document
are consistent with known observations and the theory of relativity (as I
understand it). They have not been experimentally proven. It is my hope that they will provide a
different way at looking at the problems and lead to new ways of investigating
these issues by the present and future generation of scientists.
My credentials:
My academic career started as an engineering major
at the University of Connecticut. After an intermission as an U.S. Navy Corpsman,
I returned to UConn as a Geology major.
I transferred to Central Connecticut State University from which I
received my BS and MS with educational certifications in biology, earth
science, and general science. My post
Masters Degree advanced certificate (6th year science specialist) was part of
the ISIS Program (Institute for Science Instruction & Study) at Southern
Connecticut State University.
Presently a retired teacher; having spent a third of
a century teaching primarily high school physical science, earth science,
geology and astronomy. During those years, I found it imperative that before trying
to teach a curriculum, I had to internalize the subject matter. So while I had
a level of what would be considered expertise in geology and environmental
science; I had to immerse myself into astronomy, atomic theory, basic
chemistry, physics, climatology, oceanography, and electromagnetism. As a
result, I am not a recognized expert in any one area of study, but I am a
generalist with a basic background in a wide range of scientific fields. It seems
to have been an education that has given me the ability to see a bigger picture;
a wider perspective which experts may lack. This in turn may have allowed me to
pull together bits and pieces of sometimes seemingly disparate information to
create hypotheses representing a more accurate understanding of reality. To be able to see what others have missed.
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