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Journal of Applied Sciences and Environmental Management
World Bank assisted National Agricultural Research Project (NARP) - University of Port Harcourt
ISSN: 1119-8362
Vol. 6, Num. 2, 2002, pp. 5-9
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Journal of Applied Sciences & Environmental Management, Vol. 6, No.
2, Dec, 2002, pp. 5-9
Short Communication
THE METAPHYSICAL AND EPIC RISE OF THE SCIENTIFIC METHOD (From
the Chaos and Ashes of Superstition and Religious dogmatism) (Scientific
Method I)
Uriah Hukumere Chinwah
Department of Physics, Rivers State University of Science and
Technology, Nkpolu-Oroworukwo,, Port Harcourt.
Code Number: ja02020
ABSTRACT: This
paper has attempted to sketch the rather shaky beginnings of the metaphysical
and epic rise of the "Scientific Method" as it emerges from the midst of superstitution
and the labyrinths of unbelieving dogmatic authoritarianism of the religious
mode into the sunlit skies of logic, coherence and purposeful (systematic) development
and power. This rise is traced from its early beginnings in the philosophical
musings of the Pre-Socratics, through the intuitive and pragmatic thoughts of
Francis Bacon, and the illumining starting point to the present. @JASEM
The opportune arousal
and awakening from a neo-Kantian dogmatic slumber of the worst kind gave the
Scientific method the necessary impetus and empowerment to become the great and
systematic scientific tool that it became in the unraveling of Nature's secrets
in certain domains of human knowledge and endeavour. What is more, the range
and scope of these domains are further examined, with particular emphasis on
the limitations of the Scientific Method itself as it now stands, turning our
fairly unrelenting searchlight on its ontological and epistemological underpinnings
and presuppositional foundations.
In concluding, a brief assay into the exciting possibilities
that await the scientific method as it awakens from a second dogmatic slumber,
this time of an orthodox
and conservative "Scientific" mould that is, 'Scientific' in the narrower sense
of the word), to soar like Pegasus into Olympian skies and heights with the
freedom and empowerment that comes only from throwing off the limiting shackles
and harness
of earthbound thoughts to range freely into the limitless realms and vistas
of a richer and more all-encompassing consciousness and spirit, to which the
human
race indeed as a whole properly belongs. Thus, just before plunging into the
exciting saga of the Scientific method itself, a brief dwelling on the philosophical
grounds for the choice of simplicity and clarity as the medium of expression
in this rather all-important exposition, is indeed appropriate at this introductory
point.
On the Need for Simplicity and Clarity of Expression
In much of what follows, the philosophical guideline shall be, the golden
precepts of simplicity and clarity of language as the medium of exposition,
for such
posture is clearly one that augurs well for science as well as for philosophy
itself.
This is clearly simply in order to avoid certain abstruseness and complexity
of expression that characterizes much of scientific and philosophical writing
that goes by the name of the modern and fashionable. For it is indeed self
evident that it is only when we are open and clear about what we do not know
that we
can really begin to take the first truly concrete steps in the direction of
true knowledge, and thus, of human progress and Civilization as a whole. This
therefore
is the philosophical rationale for keeping the language of this exposition
philosophically simple and clear, for evidently as Pierce and other great thinkers,
both pragmatists
and idealist have pointed out, to be fashionable or to speak in a certain accepted
or fashionable (and stilted) idiom is not necessarily to plumb the depths of
the unknown; rather, such abstruseness may, wittingly or unwittingly become
a literary device for camouflaging the depths of one's ignorance or philosophical
impoverishment, if not a complete lack of knowledge and understanding. Thus,
since, in this philosophical analysis and exposition a commitment is made to
exploring the possibilities of a neotic orientation in Science generally as
well
as in "Scientific Method" in particular, the very beginnings of 21st century
science proper, the medium of simplicity and clarity has been chosen as ideal
for emphasizing the seriousness of the task undertaken, and for revealing or
plumbing the depths and ramifications of the known, leading inexorably onwards
into the dim outlines of the frontiers and dividing-line between the "known" and
the "unknown". Where it appears that a dviation is made from this golden norm,
it will be found that technical usage and philosophical idiom have forced certain
unique modes of expression into the langauige, for which an attempt at a simpler
rendition would merely lead, in no uncertain or unambiguous way, to a philosophical
blurring of the very outlines of the exposition that is to be clarified, and
thus to a defeating of the very objectives of this very exposition itself.
A good example of such philosophical usage and idiom forced
into play is in the rather brief and critical analysis of that novel aspect
of dialectical materialism that is properly referred to as (a) "historical
epistemology"... (Wartofsky, 1978).
Finally, in pursuance of the ideal of simplicity and clarity,
this writer believes that what is true of the development of Western Civilization
as a whole is true of the developing areas of the world such as Africa, Asia,
Latin America and the Caribbean etc. to mention just a few... Thus these noetic
orientations will be traced historically and philosophically and thus globally
from their ancient Greek origins and particularized only in those ontological
and epistemological domains where the Nigerian and African culture and experience
lends a special coloring to and thus a particular philosophical exemplification
of the
generalized philosophical theme. Subsumption
of the Terms, Scientific, Technological and Mathematical... (i.e. Science in
General)
In pursuance of
the ideal of clarity of presentation, it is important to note, in passing that
the word "Science" may be used in three major ways - first, to denote the many
sciences such as Physics, Chemistry, Biology, Astronomy, Geology and Psychology.
This usage also includes Mathematics and Logic, which are sometimes referred
to as formal or abstract Sciences, and disciplines like Meteorology, Botany and
Mineralogy, which are often, called descriptive or empirical sciences as well
as the emergent "Sciences" of Politics, Economics and Sociology, which are
essentially social in Orientation. Secondly, the term "Science" may be used to denote a body
of systematic knowledge, including the hypotheses, theories and laws that have
been built up by the work of numerous scientists through the years. This body
of knowledge is thus primarily theoretical, in contradistinction to the practical
or pragmatic skills and the arts, and has been appropriately defined by Conant
(1951) as:
'An interconnected
series of concepts and conceptual schemes that have developed as a result of
experimentation and observation and are fruitful of further experimentation
and observations'
Thus,
it may properly be said that there is no "Science in general", except in so
far as the term is used collectively to denote the various natural sciences
or the
body of facts that have been accumulated within their precincts.
Thirdly, and finally, for a large number of philosophers,
educators and scholars alike, the term "Science" is used to designate a method
of obtaining knowledge that is both objective and verifiable, thus
satisfying Popper's famous criterion of "testability" (Popper, 1972).
In this sense, the term is essentially synonymous with what we now refer to
as the "Scientific Method". Thus all the various aspects of the term "Science", that is,
the knowledge, the motives and products, and the very
process or method itself are well summarized in a survey by Bajah et al, which
defines "Sciences" as:
The systematic
study of nature, as knowledge obtained by observations and the testing of facts...
(Bajah and Okebukola, 1984).
For
the purposes of this exposition therefore, all the definitions given above
are naturally implicitly connoted, while bearing in mind the distinctive property
of science which links all these various definitions together and which is
the
very heart of the system - none other than the very process or method itself
known as "the Scientific Method". It is in this light that Albert Einstein's
characterization of Science is rather apt and philosophically all - embracing
as a Scientific viewpoint. For him, Science is an attempt to make the chaotic
Diversity of
our sense experience correspond to "a logically uniform" system of thought (Einstein,
1940)
Thus, armed with this truly all-embracing definition, the assumption is
made that wherever the term "science" occurs hereafter in this exposition,
it connotes all the scientific, philosophical and mathematical definitions,
(including the technological spin-offs and by-products of science proper) and
exemplified
by that aspect of the system that is implicitly common to all the various definitions, "the
Scientific Method", the very heart of the system itself, as a whole.
The Early Beginnings:
(The Birth of Philosophy and thus of Science and Western Civilization itself).
In
order to properly understand what is meant by Scientific progress, the
very beginnings of Science, as it were is traced, following its often tortuous course
historically and philosophically to the present day level of developments which
are referred to as the Scientific and Technological heritage of Western Civilization
as a whole. The Philosophical task will be an attempt to unravel in as far as
this is possible, the heart of the system itself, that is, the very mechanisms
responsible for progress and development in general..., and to subject the findings
to such critical philosophical analysis as would make for the sustaining (if
not increasing) the momentum of development, the dynamics of progress,
as it were, both in the immediate present and also in the years to come. In other
words, an attempt is made to find out, towards the end of this exposition, what
Scientists, philosophers and scholars alike must do in order to review, maintain or sustain the
momentum of scientific progress, for the future development of human Civilization
and the survival of man as a whole..., lest this civilization in its turn also
suffer, by the inescapable judgement of posterity, from "the bane
of Byzantinism"...!, as postualated in another paper (Chinwah, 2001)
The Same Epic Journey
Thus, just before plunging into this rather engrossing tale of Scientific
adventures and discoveries, it is important to stress the overall philosophical
posture and strategy: that, in order to understanding the state of Science
and Technology today, how man was able to arrive at these great heights, the same
epic journey over the territory traversed and mastered by these great minds is
made, the orientation being primarily historical and philosophical
in order to bring to light the very heart of the system, the mechanism,
as it were, responsible for the very development of Science and Technology,
and the advancement of culture and civilization as a whole.
From the Early Greek Thinkers to Rene Descartes and "The
Cogito"
The epic journey is traced as far back
as the 5th and 6th Centuries B.C., to that:
"incomparable
golden age in which the human spirit flowered in an abundance greater than men
have since known". (Nietzsche, 1971).
In this historic period of human civilization, those early Greek thinkers
became curious about the nature of the world and of ultimate reality itself,
seeking
to reduce all that was visible to a single simple constituent or "substance"known
as "the substratum". These early thinkers thus initiated a new way of
philosophical thinking and eventually of scientific investigations that
led, by various paths, to the grand architectonic which today is known
as Western Civilization, a complex matrix of philosophical and scientific
knowledge and achievements that ranks among the highest achievements of
Man's creative genius in any epoch, and anywhere in the world.
The Drive Towards A "Consistent Logical Development"
Thus from the early beginnings (c. 500 BC) when the great Greek philosophers
like Thales of Miletus, Socrates himself, Plato and Aristotle had laid the
firm metaphysical and philosophical foundations for the development of
Western Science and thus of Western Civilization as a whole, progress towards
a proper
grasping and understanding of the physical, visible world was rather slow,
being hampered largely by superstition, religious dogma and a general lack
of method or consistent logical development. After the fundamental
work of the early Greek thinkers, it took the bold mind, centuries laterof
the early "Scientific thinkers" like Roger Bacon (1214 - 1294), the
English Franciscan, and Francis Bacon (1561-1626), the most articulate protagonist
of "the Scientific Method", in its early form, to impel man in the
right direction, towards a systematic and consistently logical method
of investigation, which has developed into the full-blown system that we
know today as "the Scientific Method".
Much later on, and closer to our times, the French philosopher, Rene Descartes (1596-1650),
building on the impetus of the Renaissance towards free inquiry,
unhampered by the dogmas of the church and the superstitions of the peoples,
the way was prepared, as it were, for the rapid development of Scientific experimentation in
the seventeenth Century. Rene Descartes, considered the father of modern Science
as such, had successfully sought the indubitable and apodictic starting
point of all knowledge in his "cogito" and his method of systematic doubt.
Thus, as Stuart Hampshire pointed out in the philosophical classic, the Age of Reason, clear
thought and rational argument were increasingly identified with the cartesian
method of analyzing complex ideas into their simple components and of deducing
consequences from the most simple, self - evident propositions in the manner
of Pure mathematics... (Hampshire, 1956). It is indeed for this reason that
Descartes is generally (and properly so too) taken as the first great modern philosopher,
as well a the father or founder of modern Scientific method, as earlier
mentioned, Thus not only did Descartes invent a style of abstract argument
that was clear and simple, and thus largely free from the technicalities of
scholastic Latin, but also did his all-pervading influence make
philosophy and Science a proper part of French literature and culture, and
the French Language
itself was to become the focus of European Civilization for this very
reason, followed ultimately by the English Language...
The Uneasy Marriage Between Science (Natural Philosophy) and Religion
It is important to remember at this point that, until the passing away
of the great English Scientist and Philosopher, Sir. Isaac Newton, and even
later,
there was indeed no generally recognized or clear line of distinction or demarcation between
philosophy and the Natural Sciences., Thus, the term "Natural Philosophy" was
the common term embracing metaphysics and what today we know properly
as the Science of Physics. Thus, it is pertinent to note, in passing,
that Descartes and Leibniz were not only philosophers in our narrow,
modern-day definition of the word, but were also distinguished scholars in
the history of mathematics as
well as of Science. Indeed, it was part of the function of metaphysical philosophy
in those days to suggest the forms of explanation and system of concepts, which
Scientific investigators of nature were in general, to use. Thus it is
indeed clear that particularly in the works of Descartes and Leibniz, the problems
of
what we would now call "theoretical physics" were intermingled and intertwined as
it were, with the usual perennial problems of philosophy...
The Rapid Rise of Modern Science
Thus with the emergence of a coherent and acceptable starting point and
a simple and systematic method of logical development,
Scientific discoveries and technological achievements of historic proportions soon
because the order of the day. With the publication of John Locke's famous Essay
Concerning Human Understanding, English thought in general, and specifically English
empiricism rapidly spread across the channel and thus formed the basis of
radical thought throughout Europe in the eighteenth century. Thus the
seventeenth century can properly be called "the Age of Reason", for virtually
all the philosophers of the period were trying to introduce the rigor of mathematical demonstration
or methodology into all possible areas of knowledge, including philosophy
itself! We therefore find that the form of philosophical argument in Descartes,
Spinoza and Leibniz is largely "deductive a priori", their intention
being to
prove their conclusions about the ultimate constituents of reality and
the limits of human knowledge in much the same way as a mathematical
theorem is proved. It is now common knowledge that Hume and Kant argued strongly
against such deductive metaphysics,
which they considered empty and without content. Thus, the philosophical and
Scientific dialogue continued on both sides of the Atlantic Ocean, involving
the French, British, German, Italian and American Scholars, Scientists and
Philosophers until
that vast and imposing edific called Western Civilization, that "grand architectonic",
the complex matrix of philosophical, Scientific and Technological knowledge
and achievements, was erected, Thus, one needs only consider in passing,
in passing, how the views of the nature of man and the world, (not to talk
of the quality of
our lives), our whole ontological, epistemological and cultural orientations
have changed as a result of the application and use of a coherent and logical
Scientific methodology by such brilliant minds as Copernicus, Galileo,
Kepler..., Darwin, Newton, Freud, Planck, de-Broglie and Einstein (to
mention just a few of the pioneering geniuses), in the unravelling of the mysteries
of the Universe which for thousands of years before this period
had remained a closed book to man. Such indeed is the awesome power of
science; the Scientific Method had finally come into its own, and,
as this exposition tries to point out, this is to be considered only just the
beginning, the very tip of the iceberg, as it were of what is possible and
indeed achievable!
Conclusion: The Vienna Circle and the Logic of Logical Positivism Revisited
With the vast and historic achievements of Science in the relatively short
period of time stretching from Descartes to the twentieth century, a new interest
in the history and philosophy of science developed, which was to lead to unexpected
results such as a richer understanding and appreciation of the
very process by which modern science itself had come into being.
It is now common knowledge that the pioneers who initiated interest
in this type of philosophical analysis of the history and development of Science
was
a group of Philosophers and Scientists who gathered in Vienna between world
Wars I and II, and developed a philosophical School of thought known as "logical
positivism". Thus since the views of these philosophers and scientists
were central, even
though in an oblique manner, to the philosophical conclusions towards
which this exposition is tending, it is indeed important to focus the attention
on the salient and crucial features of the logical positivist
Weltanschauung or view of Science and Scientific explanation, in order
to properly prepare the ground on which the concluding philosophical and Scientific
orientations are ultimately built. Thus, as Hempel and Oppenheimer make clear
to us (Hempel, Carl G et al, 1984), the central idea of the positivists was
always to show, as it were, a deductive connection between the statement
of the general law and of certain initial conditions on the one hand, and the
statement of the event to be explained or predicted on the other. Thus,
according to the logical positivist theory of Science, the reason for the universal
characteristic of science, as opposed to virtually every other human endeavour,
lies in the logical structure of Scientific explanation and theorizing!
Thus, starting from a universally available data-base, made up of factual
observation reports, acquired by direct observation of nature, with or
without instruments, scientists develop inductions or generalizations which
we call laws, a body of which together go to make up the theories of
science. Thus, it is important to note that the databased or observation
reports are logically prior to the logical inductions, that is, to the
laws and theories, which Scientists erect with the data base serving as building
blocks. Thus, the absolutely crucial facts about the reports, which
make up the database, are that they are public, objective, unbiased and verifiable
factual reports. Further, more important than the non-ideological, non-political,
and non-religious character of the Scientific data, as it were, is the ABSOLUTE
NEUTRALITY of such data with regard to the laws and theories which scientists
build on them! It therefore follows from this characteristic of the data,
which we call theory-neutrality that two Scientists with opposed theories have a
common ground for debate, namely, the database that they share with all
other Scientists. Thus, as the logical positivists affirmed, the International
scientific community will be able to choose between two opposing theories on
so-call purely objective, scientific grounds, to which naively posed position
of "rigorous objectivity" the existentialist philosopher Karl Jaspers would
indeed, as it were posit his now celebrated and rather polemical retort, that:
The schlerosis
of objectivity is (indeed) the annihilation of existence... (Jaspers, Karl ....)
which sobering thought indeed places the whole matter, in an excitingly
philosophical and contemplative mood, as the further development of Scientific
Method into the New Millennium and beyond is awaited, as we shall see in
the subsequent paper, titled, "The Epic Saga of the Scientifc Method" which
follows after this (Scientific Method II) (Chinwah, 2001).
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