By Edward R. Close, PhD, PE, DISPE
For more than three hundred years, it has been strictly
taboo to make any mention of God in a scientific discussion. This attitude was
voiced clearly in a conversation with the Emperor Napoleon Bonapart in 1802 by French astrophysicist Pierre-Simon Laplace after he
had published his extensive work applying Newton’s laws to celestial mechanics:
Napoleon: “Newton spoke of God in
his book. I have perused yours but failed to find his name even once. Why?”
Laplace: “I have no need of that hypothesis. The true object of the physical sciences is not the search for primary causes, but the search for laws according to which phenomenon are produced.”
This
attitude became entrenched in science and science education, and is even more
prevalent today than ever, with many mainstream scientists professing atheism. Students
and scientists, even if, like Newton and Einstein, they believe there is no
reason to renounce their faith, must not mention the ‘unspeakable’ in
connection with their work, or they will be ostracized from the scientific
community.
This
was perhaps justifiable in the early days of science, because science had to
divorce itself from the pseudo-scientific claims of alchemy and astrology and
it appeared that about 99% of phenomena were adequately explained by considering
the universe as simply the interaction of matter and energy in space and time,
in other words, by materialism. However, today, this avoidance of the idea of
an intelligent creator is nothing more or less than scientific political correctness.
With the discovery of ‘dark matter’ by astronomers, and discovery of gimmel,
the third form of the essence of reality, by Close and Neppe, making up about
95% of the substance of reality, science must open its collective mind again and
consider things previously excluded from scientific investigation.
In short, it’s time to speak about the
unspeakable.
In 1973, Dr. Harley Rutledge, Chairman of the Physics
Department at Southeast Missouri State University, undertook a scientific study
of the rash of UFO sightings occurring near Piedmont Missouri; setting up triangulated
observation points with state of the art cameras and recorders.
Dr. Rutledge said: “My decision to become actively involved in UFO research did not come easily. Because it would mean placing my career in jeopardy,” The results of his studies were published in “Project Identification, the first scientific field study of UFO phenomena” in 1981.
Dr. Rutledge said: “My decision to become actively involved in UFO research did not come easily. Because it would mean placing my career in jeopardy,” The results of his studies were published in “Project Identification, the first scientific field study of UFO phenomena” in 1981.
The Wikipedia
entry for Dr. Rutledge says: “Challenged to explain sightings of unidentified
lights and luminous phenomena in the sky around Piedmont, Missouri, Dr. Harley
Rutledge decided to subject these reports to scientific analysis. He put
together a team of observers with college training in the physical sciences,
including a large array of equipment: RF spectrum analyzers, Questar telescopes, low-high frequency
audio detectors, electromagnetic frequency analyzer, cameras, and a
galvanometer to measure variations in the Earth's gravitational field.
The resulting Project Identification commenced in April 1973, logging
several hundred hours of observation time. This was the first UFO scientific
field study, able to monitor the phenomena in real-time, enabling Rutledge to
calculate the objects' actual velocity, course, position, distance, and size.
Observation of the unclouded night sky often revealed
"pseudostars" - stationary lights camouflaged by familiar
constellations. Some objects appeared to mimic the appearance of known
aircraft; others violated the laws of physics. The most startling discovery was
that on at least 32 recorded occasions, the movement of the lights synchronized
with actions of the observers. They appeared to respond to a light being
switched on and off, and to verbal or radio messages. The final results of this
project were documented in the 1981 book, Project Identification: The first Scientific
Study of UFO Phenomena.
But
this is only part of the story. Dr. Rutledge was a physics professor and my adviser
during my second and third years as an undergrad physics/math major at Central
Methodist College, about 15 years before the Piedmont study. So when I returned
to Missouri after several years out of the state and the country, I went to
visit him in his office at SEMO University in Cape Girardeau, Missouri in 1982.
He confided in me with much more detail than is published in his technical
papers and his book. When I suggested that the phenomena he had filmed and
recorded in 1973 could be explained in terms of extra dimensional domains, he
was interested and encouraged me to continue my research.
Even though
Dr. Rutledge had been President of the Missouri Academy of Sciences and a
member of Sigma Pi Sigma, the National Honor Society in Physics, he was ostracized
for his investigation into UFO phenomena, and he confided to me that scientists
he had considered to be good friends told others that he had suffered a ‘mental
breakdown’. We exchanged books and vowed to keep in touch, but my career took me
back overseas, and Dr. Harley Rutledge, a pioneer who attempted to break out of
the box of scientific political correctness, passed away at the Veteran’s Home
in Cape Girardeau Missouri in 2006.
Does
his soul live on? Does individual consciousness survive the dissolution of the
physical body? Can your consciousness exist outside your body? The paradigm
shift to TDVP provides, for the first time in the history of science, a logical
framework within which such questions can be asked and answered. Stay tuned.
Best post ever, I am looking for the same post. awesome work. Hey travelers I want to tell you what is Turkey e Visa? There is an online process to have Visa delivered vertically to your email as you apply from anywhere in the world. Using it you can travel to Turkish territory legally.
ReplyDelete