Chapter 3
ATHEISM COMES INTO THE CLASSROOM THROUGH THE
BACK DOOR
How did philosophical materialism
develop during the 19th Century?
Galileo and Newton, those whom we credit for ushering in the age of modern science were strong Christians. In order to do science, they made assumptions that were derived directly from their Christian faith. Christian theology provides a philosophical foundation for science. In other words, Biblical Christianity justifies the presuppositions necessary for using the scientific method. Galileo and Newton believed that a constantly active providential God sustains the universe in a rational and orderly fashion because, according to the Bible, it is GodÕs nature to be rational and orderly. Furthermore, the universe must be real, and can be studied by human observers who interpret their observations of nature in a rationally understandable way.
By
the early nineteenth century, however, the philosopher George F. W. Hegel had
been promoting the idea that if the human mind had been made in the image of
God, it should be possible for man to rethink GodÕs creative thoughts about the
universe.
In
the early 19th century, Hegel and his followers controlled German
universities. If HegelÕs approach to the discovery of new knowledge was
valid, scientific laboratories
were unnecessary. This infuriated
German scientists, and a bitter controversy ensued. They argued that HegelÕs approach didnÕt work when it came
to answering questions about the physical universe. Scientists accused Hegel of lunacy, and the Hegelians
accused scientists of using the wrong method to find new truth. This argument persisted for at least fifty years.
But
by the mid-nineteenth century, many academicians realized that one way to patch
things up between scientists and philosophers was to promote philosophical
materialism. This view steadily
gained momentum during the latter half of the nineteenth century.
The French philosopher,
Auguste Comte, went to the opposite philosophical extreme (compared to the
position embraced by Galileo and Newton).
He claimed that if a question could not be addressed with the scientific
method, then that question had no meaning. Science was regarded as manÕs only source of absolute
truth. Since matter was believed
to be governed by NewtonÕs immutable laws of physics, it was then logical to
assume that those laws gave all events their final explanation. The universe became a continuously
woven fabric of cause and effect relationships that made the regularity of
nature unbreakable. Comte called
his view Òlogical positivismÓ.
Near
the end of the nineteenth century, the German philosopher Ernst Haeckel
proclaimed: ÒTowering above
all the achievements and discoveries of the century we have the great,
comprehensive Ôlaw of substanceÕ, the fundamental law of the constancy of
matter and force. The monism of
the cosmos, which we establish thereon, proclaims the absolute dominion of the
great eternal iron laws throughout the universe. It thus shatters, at the same time, the three central dogmas
of the dualistic philosophy: the personality of God, the immortality of the
soul, and the freedom of the will.Ó(ref.)
It would be difficult to find a better expression of atheistic philosophical materialism than this
quote from HaeckelÕs ÒRiddle of the UniverseÓ. (HaeckelÕs book was published in fourteen languages.)
In the 19th Century, what
changes were occurring in geology and biology?
In
the late 18th century, James Hutton (a physician by training) put
forth his principle of ÒuniformitarianismÓ. Hutton claimed that all geological events of the past could
be understood in terms of processes going on today. But Hutton certainly crossed over the legitimate boundary of
science into philosophy when he wrote: ÒNot only are no powers to be employed
that are not natural to the globe, no action to be admitted of except those of
which we know the principle, and no extraordinary events to be alleged in order
to explain a common appearanceÉ.(finish this quote)Ó But it was the pioneering geologist Sir Charles Lyell who
convinced most of the scientific world that the principle of uniformitarianism
was the scientific basis of geology.
Now
we come to the most famous event of the nineteenth century in the life
sciences. Ðthe publication of Charles DarwinÕs ÒOrigin of SpeciesÓ in
1859. ThereÕs no doubt that 19th
century Europe was ready for it.
It meshed so well with the growing tide of 19th century
philosophical materialism. This
was a time when Darwin, Alfred Russell Wallace, and Herbert Spencer had all
been captivated by their study of struggle for existence in populations of
living organisms.
But
was Darwin an atheist? No. Darwin was an agnostic. In 1873 he wrote (in a letter to a
Dutch student) ÒBut I may say that the impossibility of conceiving that this
grand and wondrous universe, with our conscious selves, arose through chance
seems to me the chief argument for the existence of God: but whether this is an
argument of real value, I have never been able to decide.Ó (as cited in
Frankenberry, N.K.ÓThe Faith of ScientistsÓ, Princeton University Press,
Princeton, N.J., 2008 Ðp. 130)
Charles Darwin could never resolve the issue of whether or not an
intelligent designer was
involved in bringing life
to our planet. DarwinÕs friend,
the Duke of Argyle, wrote of a conversation he had with Darwin, during the last
year of DarwinÕs life: ÒI said to
Mr. Darwin, with reference to some of his own remarkable works on the
fertilization of orchids and upon earthworms and various other observations he
made of the wonderful contrivances for certain purposes in nature ÐI said it
was impossible to look at these without seeing that they were the effect and
the expression of mind. I shall
never forget Mr. DarwinÕs answer.
He looked at me very hard and said, ÔWell, that often comes over me with
overwhelming force; but at other timesÕ, and he shook his head vaguely, and
added ÔIt seems to go away.ÕÓ (Clark & Bales, ÒWhy Scientists Accept
EvolutionÓ, Baker, 1966, 41-42)
Evolution with
atheistic implications crept into the
biology classroom during the 20th Century.
In the 20th
century, Òcreation vs. evolutionÓ
debates raged in school board meetings and in the courts. In the famous Scopes trial of
1925, creationists won, but it was
a hollow victory. During the
remaining 75 years, creationists lost in the courts, primarily because creation
was seen as a religious tenet, and judges consistently decided that religion
had no place in the science classroom.
In
1995, the National Association of
Biology Teachers (NABT) issued a statement that evolution was an unsupervised
and impersonal natural process.
Two years later, scholars Alvin Platinga and Huston Smith wrote the NABT
that since science is not equipped to deal with theological issues, teaching
evolution as an unsupervised impersonal process was inappropriate in a science
classroom.
But
on October 8, 1997, on the first
day of NABTÕs Annual Meeting that year,
the Board of Directors voted to retain the two controversial words
(unsupervised and impersonal) in their policy statement on evolution. But on the very last day of their
meeting, (October 11th) the directors voted again Ðthis time to
delete them.
Not
long after, HarvardÕs Richard Lewontin
allied himself with a group of distinguished scientists who asked the
NABT to reconsider their October 11th action to delete the
words. They wrote that ÒScience is based upon fundamental
assumptions that the world can only be explained by referring to natural
mechanistic forcesÓ. (IsnÕt that
basically what Ernst Haeckel wrote
a century earlier?)
However a leading
sociologist of science, Steven Fuller, refused to sign the Lewontin letter,
explaining: ÒTo describe evolution as impersonal and unsupervised is indeed ideological, especially when the
people behind the petition themselves claim that evolution can neither prove
nor disprove the existence of God.
ItÕs agnosticism up front, but atheism through the back door.Ó
How
is it possible for public school instructors to maintain religious or ideological neutrality, when best-known evolutionary biologists feel that evolution has profound metaphysical (and even
atheistic) implications? Instructors must not ignore the fact
that a significant minority of scientists disagree with the Òuniversal common
descentÓ hypothesis (as defined in my definition D in chapter 2).
According
to human genome project director, Francis Collins (as expressed in a lecture
given at Caltech on 2/5/09), approximately 40% of all scientists believe that a
Supreme Being is responsible for the existence of our universe, and everything
within it. (Most of them also
believe that God is responsible for providential occurrences that take place
within our universe Ðoccurrences that their atheist colleagues would say were
occurring by Òblind chanceÓ.) If
this is true, approximately 40% of
all scientists would have reservations about an ÒunguidedÓ evolutionary
hypothesis (definition E in chapter 2).
But is a science
classroom the appropriate place
for students to ponder the Òblind watchmakerÓview of evolution versus an
Òintelligent designÓ view? Perhaps
not, for such an issue is well beyond the realm of scientific testability.
Regardless of whether or
not philosophical implications of evolution should receive attention in a
science classroom, the U.S. Congress has declared (in a conference report to
the 2001 No Child Left Behind Act) that Òwhere topics are taught that may generate
controversy (such as biological evolution), the curriculum should help students
to understand the full range of scientific views that exist, why such topics
may generate controversy, and how scientific discoveries can profoundly affect
society.Ó ( H.R. Rep. No 107-334, at 78 (2001)) There is absolutely no denying that the teaching of
biological evolution has generated controversy, and it has profoundly affected
society. No U.S. court has ever
ruled that teachers cannot teach about scientific critiques of evolutionary
biology as long as it is done in an atmosphere of intellectual openness. The most important aspect of this
involves the term Òscientific critiqueÓ.
What may seem to be a scientific critique to an intelligent design
advocate, may seem to someone else to be an argument in favor of a religious
point of view. Nonetheless, it is
worth noting that scientific critical analysis of neo-Darwinism has been sanctioned in at least ten
states (either at the state or the district level). These states are Alabama (2001), New Mexico and Minnesota
(2003), Ohio (2003-2006), Missouri (2005), Kansas (2005-2007), Pennsylvania,
California, and Mississippi (2006), and Louisiana (2008). It is significant that this particular
policy has never faced a court challenge in any of the above states. (C.
Luskin, ÒDoes Challenging Darwin Create Constitutional Jeopardy? A Comprehensive Survey of Case Law
Regarding the Teaching of Biological OriginsÓ Hamline Law Review 32(1), 59-61.)
But the question still
remains, when might a Òscientific critical analysis of neo-DarwinismÓ cross
over the boundary of scientific issues into a philosophical domain? And also,
if it were to cross over into a philosophical domain, and therefore be
inappropriate to discuss in a science classroom, would it be acceptable to
discuss the issue in some other class that was not a science class? In LouisianaÕs 2008 ÒScience Education
ActÓ, there is a specific
provision that teachers are not to Òpromote discrimination for or against a
particular set of religious beliefs, or promote discrimination for or against
religion or non-religion.Ó
(Louisiana Science Education Act 473, cg. 17, 2008). It is quite conceivable that a
Louisiana court might consider intelligent design to be a religious belief.
But one thing is for sure. Whenever the word ÒevolutionÓ is used in a K-12 classroom, the instructor has an obligation to make clear which meaning (among the five definitions given in chapter 2) is intended by the user. If there is any doubt this can be done, then it would be better to avoid the Òe-wordÓ and substitute another word or phrase that does have a meaning that is unmistakable in its context.
Why
would evolutionists object so loudly if someone wrote a text on biological
origins and included all relevant scientific information (for which there is
evidence) but did not once use the word ÒevolutionÓ? W. R. Thompson, an entomologist and Fellow of the Royal
Society has answered that question this way: ÒThe concept of organic evolution is very highly prized by
biologists, for many of whom it is an object of genuinely religious devotion,
because they regard it as a supreme integrative principle.Ó (Thompson, W. R.
ÒScience and Common SenseÓ Albany, New York: Maji Books, Inc., 1965, P. 229)