
by
Swami B. B. Visnu
THESIS
Scientists generally insist that all phenomena can be described, in principle,
in terms of measurable quantities which can be calculated using simple
mathematical laws, thus reducing the universe to a mechanism and humans
to complex submechanisms whose will and feelings correspond to nothing
more than patterns of chemical interaction among molecules. The vast majority
of these scientists are bent on eliminating the concept of God from all
descriptions of reality and it's creation.
Erwin
Schrodinger

Renowned
physicist and Nobel laureate, Erwin Schrodinger, father of Quantum Mechanics,
writes: "No personal God can form part of a world model that has
only become accessible at the cost of removing everything personal from
it." (1) We find that almost all of the scientists have
chosen to rule out god from the very beginning of their research.
Presumably scientists seek to improve their position of knowledge and better satisfy their needs (pleasures) in this world by controlling nature. Unfortunately we find that so-called scientific progress more often brings an unexpected toll, a negative reaction from the material energy.

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With
the proliferation of automobiles, air pollution threatens humanity, the
industrial revolution has brought air and water pollution, truck farming
with it's pesticides and chemical fertilizers has introduced innumerable
poisons into our food system, advances in physics have brought about the
nuclear threat and possible holocaust, appliances and other modern amenities
(time saving devices) have inadvertently spawned drunkenness and obesity
and with urbanization the breakdown of morals, ethics and mental stability.
Even with all the advances in medical cures, new and incurable diseases have only increased. It seems that the goals of knowledge and pleasure have not been achieved.
SCIENTIST'S IMPERFECTIONS
It is often found that scientists are not unbiased in their search for
the truth, giving preference to evidence which supports their desired
thesis and unscientifically rejecting alternative theories as unsuitable
without proper consideration.
Alfred
Russel Wallace

Alfred
Russell Wallace, co-author with Charles Darwin of the 'Theory of Evolution
by Natural Selection' advised, "the proper way to treat evidence
as to man's antiquity is to place it on record, and admit it provisionally
wherever it would be held adequate in the case of other animals; not,
as is too often now the case, to ignore it as unworthy of acceptance or
subject its discoverers to indiscriminate accusations of being impostors
or the victims of impostors."
Although scientists
are subject to the four defects of all humans, namely, they make mistakes,
are subject to illusion, have a cheating propensity and defective perception
(bhrama, pramada, vipralipsa, karanapatava), their findings when presented
with some sort of verifiable experimental proof, are accepted as factual
descriptions of reality.![]()

Science
& God top
Even so, theories of creation, formation of life, and evolution cannot be rigorously proven nor do they adequately describe reality. Scientists have not provided us with adequate answers to fundamental questions about the universe, galaxies and life forms.
All too often scientists forcibly assume [albeit incorrectly] that their laboratory experimental evidence can be applied elsewhere under different circumstances. Further, almost all currently accepted theories of Creation and Evolution are unverifiable and often contradicted by reliable evidence. However, when concepts such as consciousness, a creator intelligence and soul are introduced as viable concepts, the scientists demand that they be detectable by experimentation.
Albert
Einstein
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Alternative
world views which need to be examined more closely are those which include
these concepts of consciousness, spiritual qualities and a grand designer
or universal designing intelligence (god).
Although Albert Einstein professed atheism, he agreed that there is a perfect "brain" behind all the natural physical laws. It is common sense that there is some cause behind each action. Even machines cannot run automatically without an "operator" to turn them on or repair them. There is no logical reason for ruling out in advance alternative strategies for explaining the creation and it's constituent parts. Yet, the vast majority of scientists reject outright any argument in favor of design since such a concept is not reducible to physical processes and simple mathematics. We think this approach of the scientists is unscientific .
Gödel's incompleteness findings shook the very foundations of 20th-century mathematics, just as relativity theory and quantum mechanics redirected contemporary physical research.

Gregory
Chaitlin of the IBM T.J. Watson Research Center takes Gödel's incompleteness
results one step further and shows with algorithmic information theory
that mathematics has much more widespread and serious limitations than
hitherto suspected. Chaitlin provides the LISP and Mathematica software
so we can run our own calculations.
Chaitin's work focuses on the problems of mathematical "truth" as a convenient fiction. There are infinitely many possible mathematical facts, but, according to Chaitin, the underlying relationships among them are impossible to establish. This isn't good news for anyone interested in a "theory of everything," since, if the foundation is built on cottage cheese, the tower is going to be a bit tippy at best. Even worse, Chaitin's results demonstrate that not only is there no structure to the foundation of mathematics, the foundation is in fact random. Bad news, reductionists! (2)
PROPER EDUCATION

The
purpose of the Educational system is to teach students how to solve the
problems of life, yet educators are simply propagating how to increase
one's entanglement in this material world by economic development and
sensory enjoyment. We do not find a department in the Universities which
teaches what is the actual goal of life.
Heisenberg

FAILURE OF SCIENCE
In the field of mathematics, which underlies all other branches of science, the imaginary number
"i," (the square root of minus one) is essential for most complex
theoretical calculations. However this "imaginary" number cannot
be proven by experimentation. It is also not possible to prove by experimentation
the Third Law of Thermodynamics or Heisenberg's Uncertainty Principle.
Yet these principles are absolutely essential for modern scientific theories.

In
the beginning of the Nineteenth Century it was believed that atoms could
not be divided, yet as we entered the Twentieth Century the fundamental
building blocks of atoms such as neutrons, protons and electrons were
discovered. Newtonian Mechanics was accepted as the proper scientific
explanation of reality until it was discovered in the Twentieth Century
that it failed to describe the motion of these fundamental particles.
Quantum Mechanics was devised to cope with this inadequacy. The General
Theory of Relativity was also devised by Albert Einstein to help further
explain fundamental concepts.

P.A.M. Dirac

Because
General Relativity and Quantum Mechanics appear to contradict each other,
Quantum Field Theory was developed. This theories inventor, Nobel laureate
P.A.M. Dirac, confessed, "It seems to be quite impossible to put
the theory on a sound mathematical basis." (3)
So we can see clearly that the various evolving theories of the scientists are constantly changing as they scramble to adjust these theories, all of which are filled with speculation. These theories can never be perfect because the scientists themselves are imperfect and subject to the four human defects. With our limited knowledge, tiny brains, limited experience and resources we cannot hope to understand the unlimited.
Noted astronomer
Bart J. Bok wrote in Scientific American " ... we did not suspect
it would soon be necessary to revise the radius of the Milky Way upward
by a factor of three or more and to increase it's mass by as much as a
factor of 10." (4)

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BIG BANG THEORY
For lack of other alternatives, scientists generally support the "Big
Bang" Theory of creation, which postulates that in the beginning
of creation all the matter in the universe was concentrated into a single
point of mass at a high temperature which then exploded producing a superheated
cloud of sub atomic particles. However this initial condition is mathematically
indescribable. A point of infinitesimal circumference and infinite density
is called a "singularity." — an impossibility.
Stephen Hawking
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