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Chromatography - Hayrapetyan's Effect
"It was not so difficult to invent a new basic technology of Chromatography - Chromabarography; it is rather difficult to wait for its wide practical use for the development of science in the benefit of mankind!" Aram Hayrapetyan There are the...
The Charm of Making
CHARM OF MAKING: - This is said to be the most powerful of all charms and abilities in the occult realms by those who have named it, at least. The truth is that much like many practitioners who devise esoteric concepts the designers and...
The future of the Human Species - Part 4: Will we create our future?
Experiments have shown that human physiology becomes very weak in an unknown environment to the brain. Humans then start to panic. Problem is that humans do not necessarily want to show their uncertainty. So they hide it. When they actually hide...
The Impossible Machine
There are a lot of complicated machines in the world today. Some are marvels of design and engineering. Only a few years ago, they would have seemed the stuff of science-fiction. Nothing invented today will be like the machine that I’m going to...
The Science of Robosapien
At a glance, Robosapien looks great versus the old school box on
wheels with clear dome head. 'Ooh,' you say, looks kinda like a
muscled storm trooper and the fart button now that's a hoot. We
nod in polite agreement, but behind your back, we...
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"WE DON'T know what we are talking about" - Nobel Laureate David Gross
Science has reached an enormous impasse. From biology to
physics, astronomy to genetics, the scientific community is
reaching the limits of understanding which often presage a
complete rethinking of long-accepted theories. So characteristic
of this new apex of modern arrogance is the inability to
comprehend the obvious in physics: That we don't know what we
are talking about.
Last December ('05), physicists held the 23rd Solvay Conference
in Brussels, Belgium. Amongst the many topics covered in the
conference was the subject matter of string theory. This theory
combines the apparently irreconcilable domains of quantum
physics and relativity. David Gross a Nobel Laureate made some
startling statements about the state of physics including: "We
don't know what we are talking about" whilst referring to string
theory as well as "The state of physics today is like it was
when we were mystified by radioactivity."
The Nobel Laureate is a heavyweight in this field having earned
a prize for work on the strong nuclear force and he indicated
that what is happening today is very similar to what happened at
the 1911 Solvay meeting. Back then, radioactivity had recently
been discovered and mass energy conservation was under assault
because of its discovery. Quantum theory would be needed to
solve these problems. Gross further commented that in 1911 "They
were missing something absolutely fundamental," as well as "we
are missing perhaps something as profound as they were back
then."
Coming from a scientist with establishment credentials this is a
damning statement about the state of current theoretical models
and most notably string theory. This theoretical model is a
means by which physicists replace the more commonly known
particles of particle physics with one dimensional objects which
are known as strings. These bizarre objects were first detected
in 1968 through the insight and work of Gabriele Veneziano who
was trying to comprehend the strong nuclear force.
Whilst meditating on the strong nuclear force Veneziano detected
a similarity between the Euler Beta Function, named for the
famed mathematician Leonhard Euler, and the strong force.
Applying the aforementioned Beta Function to the strong force he
was able to validate a direct correlation between the two.
Interestingly enough, no one knew why Euler's Beta worked so
well in mapping the strong nuclear force data. A proposed
solution to this dilemma would follow a few years later.
Almost two years later (1970), the scientists Nambu, Nielsen and
Susskind provided a mathematical description which described the
physical phenomena of why Euler's Beta served as a graphical
outline for the strong nuclear force. By modeling the strong
nuclear forces as one dimensional strings they were able to show
why it all seemed to work so well. However, several troubling
inconsistencies were immediately seen on the horizon.
The new
theory had attached to it many implications that were in direct
violation of empirical analyses. In other words, routine
experimentation did not back up the new theory.
Needless to say, physicists romantic fascination with string
theory ended almost as fast as it had begun only to be
resuscitated a few years later by another 'discovery.' The
worker of the miraculous salvation of the sweet dreams of modern
physicists was known as the graviton. This elementary particle
allegedly communicates gravitational forces throughout the
universe.
The graviton is of course a 'hypothetical' particle that appears
in what are known as quantum gravity systems. Unfortunately, the
graviton has never ever been detected; it is as previously
indicated a 'mythical' particle that fills the minds of the
theorist with dreams of golden Nobel Prizes and perhaps there
name on the periodic table of elements.
But back to the historical record. In 1974, the scientists
Schwarz, Scherk and Yoneya reexamined strings so that the
textures or patterns of strings and their associated vibrational
properties were connected to the aforementioned 'graviton.' As a
result of these investigations was born what is now called
'bosonic string theory' which is the 'in vogue' version of this
theory. Having both open and closed strings as well as many new
important problems which gave rise to unforeseen instabilities.
These problematical instabilities leading to many new
difficulties which render the previous thinking as confused as
we were when we started this discussion. Of course this all
started from undetectable gravitons which arise from other
theories equally untenable and inexplicable and so on. Thus was
born string theory which was hoped would provide a complete
picture of the basic fundamental principles of the universe.
Scientists had believed that once the shortcomings of particle
physics had been left behind by the adoption of the exotic
string theory, that a grand unified theory of everything would
be an easily ascertainable goal. However, what they could not
anticipate is that the theory that they hoped would produce a
theory of everything would leave them more confused and
frustrated than they were before they departed from particle
physics.
The end result of string theory is that we know less and less
and are becoming more and more confused. Of course, the argument
could be made that further investigations will yield more
relevant data whereby we will tweak the model to an eventual
perfecting of our understanding of it. Or perhaps 'We don't know
what we are talking about.'
About the author:
Michael Strauss is an engineer who has an interest in this
subject matter. To contact the author visit: www.relativitycollapse.c
om or www.relativitycollapse.n
et
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