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Essay 1
The Fundamental Metaphysical Inquiry and How It
Serves Objective Science
By Marilynn Stark
Everything in the realm known as the universe
shares one thing in common: existence. Only if in the further
abstract observation time is included as to the question of the
phenomenon of existence, is the dialectical opposite of existence,
non-existence, imposed upon the metaphysical inquiry, for in the
gross physical reality we can perceive across time certain entities
undergo dissolution and death as well as change through time.
The metaphysical inquiry most fundamentally concerns the question
of what is the nature of reality; however, since the
definitions of the words essential to a meaningful discourse on
metaphysics must be clear, let us clarify first the word metaphysics. 
According to the American
Heritage Dictionary metaphysics is defined as, "The branch of
philosophy that examines the nature of reality . . . ."
Etymologically, the word metaphysics means ' transcending (meta)
or after (meta) the natural science (phusica or
physica)'. Thus, as
according to this dictionary,
in the archaic sense the meaning of physics is, "The study of the
natural or material world and phenomena; natural philosophy,"
whereas to understand that which is
transcendent to the natural phenomenon of the physical world the
discourse will concern metaphysics. However, in the strict meaning
of the same branch of science, metaphysics, derived from the ancient
source afforded us from India, the sense of metaphysics is more precise
unto the science known as yogic science. Yogic
science concerns the self most exactingly; and the word for the self
is aatmaa AaTma.
A word meaning metaphysics in Sanskrit will include the self, aatmaa
AaTma,
such as aatmavidyaa AaTmiv*a.
This word means literally 'knowledge of the self', and in its vast
reach of ultimate reality such knowledge will include all that is, the
subjective as well as the objective reality. To a practitioner of yogic
science, the word philosophy refers to a speculative discourse with no
evidential outcome applicable to the practical world or being. On
the other hand, such a knower of metaphysics, the yogi, who is
concerned with the study of the binding of the self to all which is
real, metaphysics is the supreme knowledge of an ultimate reality, and
that knowledge can only serve to make a fuller realization of self and
therefore of life as a practical thing itself. Similarly, the
word religion comes from the Latin re-, meaning 'back to' or
'again', and ligare, meaning 'to bind'. Further back
etymologically, the Sanskrit gives the substantives yugam yugm or also yoktr^
yae´&,
meaning 'yoke' such that a yogi is in a yoke, a binding or a
union with reality -- this is the kind of metaphysics to which this essay
is addressed.
In that sense,
then, the metaphysical inquiry herein will ask the two founding or
first fundamental questions, 'Who am I?' and 'What is that?' For
all of the reality of the world about us, the entire universe, indeed,
boils down to the subjective correlative born of the sense of 'I' and
the objective correlative arising from 'that', meaning precisely all
objects and beings other than the self who poses the inquiry. So
it becomes obvious that in this genre of metaphysical inquiry, each
inquirer will realize the truth through the venture ultimately into an
inquiry which is yet established but for its universal nature.
This further implies that a metaphysical construct of knowledge
arising out of such an inquiry which is distinguished for its
universality must be so unified as to truth, and such unified truth
will elevate any resultant discourse or query accordingly into a
single-pointed quest at hand and within conceptual reach. It
therefore becomes worthwhile to broach the nature of this native
metaphysical inquiry born of universal truth as it might concern the
instance of objective science inquiry, as well. For if the truth
thus disposed through metaphysical discipline is universal in its sight,
even prospectively, then how such truth for its universal attributes
will weigh upon the scientific thinker and researcher in the objective
world of science will be determined to be of far-reaching effect.
Any scientist must clamor to know more of this hypothesis of the
universal stature of truth so derived by metaphysical method and herein
proposed, that it might prove through subjective determinations of such
an individual scientist, to have validity and great utility. Even
hearing of this ideation on the universal nature of truth, besides
ringing a familiar bell, will certainly bring about a more open mind for
truth in any mind already studied and disciplined in the quests of
objective science.
Why is the subjective
self equated to the objective reality?
Inevitably, the objective
scientist who ponders the nature of objects relevant to the physical
realm in some way will concern himself/herself with change, and that
change occurs through time. This constrains such objective
scientific inquiry unto the relative realm of reality, wherein
comparative measure is utilized. Such measure is as against the
two fundamental and most universally reaching continua, time and space.
As was previously observed in this essay, existence is common to the
world, even to the larger universe. Think of a star in the sky.
The star is an entity with changing features, it exists and thus shines
forth, so that we on Earth can perceive its existence. It is not a
direct part of the world in our immediate environment, it probably does
not receive coverage in the evening news, but it has been
recognized and relayed to the simple perception of an observer on Earth.
The entire conceivable universe is such, that its objective truth is
known to us as one which occupies the status known as existence; the
common reality of the universe seems to be existence. If that is
so, then why do things, even such stars as may be available to the naked
eye from millions of miles away from the Earth's surface, change
so drastically, that they go into dissolution and die, much as living
things also die? For a star, as in this example, has a finite
amount of gaseous substance to burn, and then the celestial fire that is
the star, burns itself out of further existence. As another
example of the effects through time on existence, time by dint of
erosion has the power to crumble the earth's rock into sand. The
entity known through the form of a rock no longer is once it is
converted into sand.
Yet, if one stands in
perceptive awe and wonderment at the moment of realization of 'what is'
in the world of nature, or in the world of scientific achievement in
understanding 'what is' by the laws of science; or if one is finally
delegated the acquisition of scientific knowledge derived ultimately
from the fundamental principles of a particular branch of knowledge,
and that realization strikes upon the mind and intuitive faculties as
most remarkable; in these instances of intense realization of truth
through science the concept of 'what is' becomes total to the observer,
the knower now enlightened. In such an intense state of
realization there is no sense of time per se. Time may have
been used as a continuum against which measurements in the experimental
method had been employed, yet time stands still in such an awe-inspiring
moment of truth when the nature of reality is revealed to the inquirer
in objective science.
This offers a clue perhaps,
this sense that the nature of 'what is' lies beyond the physical, and
therefore beyond time somehow. This point may seem too subtle at
first to lend such total meaning in our quest to understand why
the subjective self can be equated to the objective reality.
According to this grand equation, the self, aatmaa AaTma,
is also all of 'what is,' and which may sound confusing or itself beyond
belief. If the knower of science is contained within the
conceptual reach of, say, the physico-chemical workings of a human being
as per study and knowledge apprehension, then the idea of an individual
as the equivalent of the objective world might be foreign, indeed
threatening, and never acceptable. For in the irregularities
incumbent upon those afflicted with perception problems, the line of
individuation between self and world, between the individual and the
environment, may have been distorted, and such distortion will be
reflected as an altered perception of what is commonly known and taken
as real by those capable of living within certain norms of social and
emotionally balanced ranges of behavior and responsiveness. An
immediate refute to any obstacle such a clinical version of altered
perception of reality might contend, that the self is indeed the same as
the universe of objective reality and the truth thereof, will be the
profound love and compassionate wisdom which is engendered in the
enlightened yogi who masters the truth through the basic and
all-demanding inquiry, 'Who am I?' Indeed, such a knower of truth
will have knowledge dispensable to the practitioner of medical
science to advise, as per omniscience, even, upon the possible root
causes of a physico-chemical imbalance in a person, and that without
consulting a text book. For long before Galileo and the days of
objective science there were such healers who are basically seers of
truth, who had accomplished wisdom's haven through contemplation and
good deed, and had advised miraculously among the people upon their
excessive problems in health and in other social discord.
In the objective
science endeavor the body of knowledge grows in a process of contingency
of truth, one experiment based upon the outcome of a previous
experiment, so that logic solves facets of an overall reality concerning
the relative, or changing realm. One definition holds as true
until it is modified by further discovery, so that the overall growth in
the body of knowledge is distinguished by its changing nature. In
a certain sense, this modification or even at times inconstancy of
truth, as it changes ever onward through successive discoveries, each
dependent upon the next for its further validation, is challenging and
partial. The higher truth available through more universally
disposed inquiry, that of metaphysics, will offer a kind of knowledge
which transcends terms and definitions, and which never changes with
time. This kind of truth, the absolute truth, sTym!
satyam, is beyond the three periods of time, is most real, and
goes according to the same definition for the purpose of each inquiry
after its essence. The truth of satyam sTym!
is sought after for the sense of its essence, and not for the terms of a
definition now labile unto a chain of truth determinations which had
been delineated in logical sequence through the assertion of
experimental, scientific method. Each time satyam sTym!
is defined for a seeker who poses
the inquiry after its truest meaning, a deeper realization of this
universal truth may be achieved by that seeker, while the definition of satyam
sTym!
per
se never changes. This successively growing self-realization,
as it is called, is felt in other sectors of living and thought by the
one undergoing such a discovery in truth. That simple phenomenon
of a deepened, more one-pointed perceptive ability in the seeker who
attains to higher knowledge of a more ultimate abstract truth, satyam
sTym!
,
points up how the process of self-growth through yogic science
works to fulfill the life of the yogi by its reach into the
objective reality through the subjective inquiry; in fact, they are
inter-feeding, since they are equivalent. There is an inborn
knowledge there to be found in each individual, which is covered over by
ignorance. Uncovering that knowledge through the lifting of
ignorance of the self in yogic science is a scientific process,
yes; however, this is not a system of facts which comprise a body of
knowledge whose license unto posterity demands further proof and greater
elaboration through a continued application of contiguous truth
determinations which are interdependent. Rather, it is a process
of finding an ultimate reality which lies beyond the intellect.
Logic serves this inquiring process up to a certain point, ever refining
the inquiry, and boiling it down to more cogent and sincerely felt
questions and answers to those questions. Even words cannot sum up
the ultimate truth once found, yet they can point to it. For
realization of satyam sTym!
is
almost like a metaphysical rumor until it is intuited most completely.
In a leap of intuition and faith, satyam sTym!
, and the self, its repository of
knowledge, will converge and render the inquirer a most profound
revelation. By looking into tat tt!
, which in Sanskrit means 'that,' the metaphysical inquirer goes deeper
into aatmaa AaTma,
the self. Tat tt!
refers to all, absolutely all, of the objects in the universe, or the
larger world. The conclusion becomes clear to such an inquirer now
turned knower: 'You are that.' This answer is
existence--what exists as most real, you are; what grosser levels of
reality in the physical realm are available to be known, such as name,
form, color, shape and all such objects of the senses, are bound in
time. The more subtle reality, the ultimate reality, is beyond
time, and thus that which exists in time fools one into seeing it as
real; actually, it just is. Its reality is beyond physical measure
in the ultimate sense of an absolute reality. Since it is, since satyam
sTym!
is,
we can defer to it conceptually and unravel its meaning in knowledge,
self-knowledge, whose validation becomes wisdom--the know-how of that
self-knowledge, and certainly also a most dynamic and attractive truth
proposition. For once an individual is served by the wisdom of a
knower, a seer, in Sanskrit a jnaani }ain,
then that individual has seen proof of the value for self-realization,
and the simple case that it is possible and most useful.
The universe, in
summary, is indeed characterized by the most common unifying feature,
existence, and which existence is characterized also by the nature of
change across time, and which change also accrues to death in living
beings. The most salient attributes of such reality known as
existence convince that non-existence, death and change, are equally
real; however, in the absolute context of satyam sTym! there is no attribute to be
considered in the first place. Satyam
sTym!
is beyond time, or even the question of time. Existence just is,
and that means it also has no dependence upon the existence or
non-existence of the grosser levels of reality through which change
moderates. A pot is made of clay. But the clay is not made
of pot, it can indeed be made into other articles for use in the
physical realm, perhaps a walkway, for instance. The pot depends
upon clay for its existence, yet the clay is independent of the pot--the
clay represents satyam sTym! , and the
pot represents mithyaa imWya,
or that which is false in regards to its qualifying for satyam
sTym! . This sums up in essence the
nature of the absolute versus the relative, wherein the absolute
is beyond the physical, hence metaphysical, and the relative is a
subset of the absolute, having been derived from the absolute.
Now compare the
coordinates of x and y, whereupon we might construct the mapping of
a simple function, y=f(x), where x represents the independent
variable, and y represents that which is to be measured as against
x, and which y is the dependent variable. We know that y
depends upon x in some causal
way, and are doing a determination to see how much, to quantify,
that relationship of dependence. This mapping of the function y=f(x)
reflects the nature of the higher metaphysical relationship being
considered in this essay, wherein all things of the absolute
consideration are related to those of the relative framework, which
abides, of course, in the absolute; wherein the fundamental
metaphysical inquiry, 'What is?' amounts to 'Who am I?' and 'What is
that?' when differentiated further into the subjective and objective
correlatives of all that is. Since the question of dependency
arises out of the nature of material, the substance of the relative
world, and which material changes with time phenomenologically, the
mathematical precept of function, which concisely summarizes this
question of dependency from one realm to the other, should conceptually
serve to clarify the characteristics in question. The relative
realm factor or range would be y, and the absolute factor or domain
would be x. To translate this into the concepts and vocabulary of
metaphysics, the relative is a function of the absolute, that which is
relative depends upon the absolute. Furthermore, since x does not
depend upon y, it is indeed the very domain of y, or y must be mapped
onto this domain of x in some given range, then x is indeed, the
absolute is indeed, the independent variable. Satyam
sTym!
does not depend upon the relative world, yet the relative world does
depend upon the absolute reality or absolute truth, satyam sTym!
.
Notice how this
relationship of the absolute to the relative is exactly reflected into
the process of measuring in the relative, objective world of science
most fundamentally. In a physical experiment located in the
world of objective science the same basic relationship holds as that of
the relative being dependent upon, a subset of, the absolute, but to a
lesser degree of reality. Therein, one variable is more inclusive
than another due to causality, and it therefore sets the reality
mathematically for its dependent variable. This means that this
independent variable is of a more subtle reality than its more grossly
real counterpart in some way, which is why it is being studied.
Similarly, the absolute, parama prm,
which is understood through satyam
sTym! , universal truth, is more subtle
but by far, than is the relative, whose effect is mithyaa imWya,
whose feature is aparoksha Aprae],
not invisible, not distant.
What Is Causality?
Perhaps a question has
arisen in your inquiry by now, as to the question of causality,
and its nature. After all, it has been demonstrated that the
absolute does not depend upon the relative. Furthermore, this
discourse has carefully asserted that the absolute realm is indeed
relevant to the relative realm, and that this relevance of the absolute
to the relative bears a significance in the objective scientific inquiry
and its measuring determinations through degrees of reality, which are
often compared to layers of reality; this lack of interdependence
between these two realms, the absolute and the relative, points up the
argument that ultimately, then, there is no real basis for
causality. Even before delving further into the derivation of the
validity of such an argument which refutes causality, one is reminded of
an immediate solution to the entire question first-hand, if one has
considered the theological precept of the will of God. Divine will
is an answer which instantaneously presents the physical world as
largely following certain laws of nature and a certain likelihood in
given sequences of events which are predictable indeed through a
scientific understanding of the world about us, yet, the paranormal
phenomenon are understood by a religious thinker as due to the power of
an almighty category, often referred to by many names perhaps, and
which almighty categorical power is known as God. This reference
to God in the minds of many is a great settling factor when trying to
grasp the nature of things, their attributes and dynamic features, since
God becomes an absolute catchall in explanations, certainly; however, it
is thematic in this essay to elucidate further upon the place of the
absolute in reasoning processes.
It may be at once startling
and confusing to say that in the highest metaphysical sense there is no
basis for causality. Indeed, the scientific researcher will treat
any question of the dependency, interdependency or independence of one
variable to another as according to the theory that there is a causal
connection between them. All research upon questions relevant to
such variables is proven to be valid or not valid by the scrutiny of
scientific method, wherein causality of course plays a key role in the
conceptual process of unraveling the truth in the objective realm.
However, the metaphysical argument against causality as the basis of
action, karma kRm,
will elucidate the question of causality in the relative realm as
actually unavailable for postulation as a direct function of the
absolute realm. Such a quality of being indirect as that of the
absolute into the relative, moreover, when properly grasped by the
inquirer, will afford the scientific thinker a more diffuse
understanding of the objective scientific endeavor.
For in the mathematics associated with the sciences in general, the
concept of correlation is derived first from the sense of identity,
wherein all is understood from the basic and all-reaching nature of ONE,
of unity; any quantity divided by itself is equal to one, and from this
unique relationship the concept of identity is formed. If we
pursue also this question of how the absolute bears upon the relative
framework within which are written all of the laws and experiments of
science as we know them, then we also begin intuitively with the concept
of equality in trying to formulate a mapping of the absolute onto the
relative, and vice versa; however, the most universal equation is
that of unity, the identity based upon ONE or ONENESS.
There is a paradox in this
concept that the absolute is not connected in a direct causal manner
with the relative. For within the relative realm we prove
that an enzyme, for instance, brings about a certain chemical reaction.
This resultant chemical reaction may affect an organism in a way
which is being studied for vital reasons, so that the question
arises, what is there except causality? To beg this
question, why would anyone be interested in the ultimate truth of a
series of enzymatically driven chemical reactions as causal or
non-causal in feature, when the exact molecular changes by substituent
group and protein structure with its related function besides, are known
and can be discerned? Herein the power of prediction of the
scientific mind will allow even transgenic manipulation of plants,
perhaps, and which is perceived by the genetic engineer as being only
causal--this gene manipulation will be an action purported by scientific
studies with concrete conclusions. Such gene manipulation further
may constitute that action which gives results according to what was
once a hypothesis, is now a well-researched and verified
scientific procedure of genetic engineering, and which can subsequently
fulfill a demonstrated purpose. Yet, this entire practicum of gene
engineering is conceptually causal, gives results whose effects arise
out of cause seen at the gene-to-molecule chemistry level, and
this transgenic effect may be approved for patent as according to its
causal results in the scientific community.
In the consideration
of causality as ultimately unreal in the scale of things extending from
the relative realm into the absolute realm in the perspective of our
inquiry, that level of ordination of reality in the relative, physical
realm, and which sees causality as a valid and verifiable relating
factor as between objects, is valid in its own right. Such objects
are considered as the objects of scientific exploration and discovery
through valid scientific method, as in the preceding example of genetic
engineering. In the natural constructs of space and time as
continua in which all objects relate in the dualistic relative realm,
wherein dual physical opposites inhere accordingly, change will
determine an underlying and readable feature as to how objects do
interrelate and form as functions of one another in a causal construct
which a scientific observer can delineate and enumerate according to
strict scientific method. To say that the higher nature of reality
as born of a vision of the absolute refutes causality, is in no way
disparaging and certainly not belittling of such, the causal
relationship, which can often times be unraveled through logic.
Indeed, if one has the curiosity to know more of this refutation of
causality in the ultimate metaphysical pursuit, then
one's perception of the world of scientific experimental truth will be
uplifted; and this upliftment is also born of the same power of truth to
alter the delusion factor in a working scientific mind. The more
enlightened a thinker, the more cogent the truth in level to which that
thinker will attain. Thus, if one has through steady and
successive refutations, refuted causality from a reflective and
contemplative ardor for satyam
sTym!
, then one will understand all mathematics and logic, for instance, as
derived from unity, since the sense of oneness will diffuse into the
perceptive processes intuitively. This transcendent awareness will
imbue the mind and pursuits of such an uplifted scientific observer and
experimenter.
This may sound in a
certain twist, 'unreal,' that perception could be influenced by a
realization of a higher order of reality. Unfortunately, the
evidence for this kind of knowledge must be sought after tirelessly by
the inquirer, and most fortunately, certain teachers who have understood
this kind of metaphysical knowledge constitute direct guidance unto such
self-realization. A teacher who knows satyam sTym!
is qualified to teach others this
sacred knowledge. Such a teacher, a jnaani, }ain
will also be
able to see wherein lies the prevailing delusion which blocks a seeker's
fuller self-realization. The method in Sanskrit of searching
after absolute, universal truth is that of the negation of all that one
perceives and logically derives as most real until the final
adoration and realization of the most real has thus been derived and
realized. The word in Sanskrit is, neti neti neit
neit,
not this, not this. This word is a combination of the indeclinable
negative particle na n,
meaning not, and the conjunction #it
iti, meaning thus, as according to the euphonic combinations of
the vowel sounds of a + i to yield e. [na + iti = neti].
#it iti
in Sanskrit writings is used after a given truth determination,
whereupon a conclusion of the greater truth in an inquiry has been made
as according to specific requirements which must be met in proving that
such truth is indeed on the order of satyam sTym
--anything which remains the same in all three periods of time is the
leading such requirement owing to satyam
sTym!
. The inquirer must reflect and contemplate consistently upon this
question of what is most real. Then, to so refute according to the
precept that delusion which is born of attachment to material things
through the senses is pre-empting the discovery of satyam sTym!
, one giant refutational analysis results in the mind of the inquirer.
This giant refutation serves to rarefy the mind and prepare it for the
ultimate delivery of satyam sTym!
after all. This is exactly a scientific method of metaphysical
proof and discovery, to repeatedly say, neti neti neit
neit, not this, not this, so that
when a leap in awareness of the higher truth is made, it will have been
derived through successive levels of asseverations, but rather the
indirect asseverations of the refutational method. Such a seeker
after ultimate truth will therefore see the world and the questions
posed through observations, and through each particulate inquiry made
based on those observations, as unreal, as if all is a dream. This
is much like boiling all of reality down to the search for one
final experimental analysis, and which will give the one-pointed result
of undeniable, ultimate truth through a series of results which had each
produced a derived negative outcome. This conclusion of successive
negating or refuting of all as unreal can be intuited on the faith that
the selfsame experiment, if you will, or inquiry, has for centuries been
conducted by esteemed seers, who had arrived at the same conclusion of satyam
sTym!
. This pursuit through metaphysical refutation of satyam sTym!
is also unlike the rule of prevailing rectitude in understanding
scientific data for truth determination, whereby conclusions cannot be
drawn from negative results.
Consider an hypothesis
symbolically represented as
If A, then B
which through experimental
method is to be determined by the perturbation of object M of a process
within that construct (formed by M) known as Mq
such that M relates to the
stated hypothesis by inference. The crux of the experiment
involving the process Mq
will rest upon
results which are direct and by prediction had been hypothesized to
prove or disprove the larger truth of "If A, then B." If
these results do match a directness in their character, what is commonly
known as positive, then a true inference can be made regarding the
original hypothesis being explored. If, however, the results given
regarding the named process Mq
are negative,
then no valid inference or conclusion can be drawn regarding B, nor the
"If A, then B" idea. In seeking the unknown so as to
finally know of it, one cannot reap knowledge of that unknown through
scientific results which reflect a negative assay. This is
categorically exclusive of the logic which is essential to drawing
inference, and inference is that which gives a logical clarity and proof
of the truth of any attribute or process or event after which we seek in
the objective realm to further our knowledge in scientific discovery.
However, in the metaphysical method of refutation by precept, so as to
derive the universal truth, or satyam sTym!
, the idea of using a
negated conclusion or neti neit
to then dismiss methodologically as
unreal an observation as that which would match all attributes of such
universal truth, also lands at the larger conclusion that satyam sTym! has
not been determined yet. This is also a valid conclusion, whereas
in objective science endeavor, negative results allow no
conclusion to be drawn. Thus, by negating results we approach
successively the truth in this logical method of seeking that absolute
truth, since the results of our observations of possible truth-giving
evidence towards that truth, satyam sTym!
, can only ever be true if those
results are seen as incorrect, until proven otherwise. Where does
that proof, that ultimate proof lie? To outline simplistically the
method of neti neit
neti
neit
,
the sequence would be as follows:
- If A, then B , where A is
the result of a specific inquiry after universal truth B; this
expression is the goal: to see the universal truth B in and through
everything, all of A;
- this result A turns out
to be negated, thus, If A, then not B, A has not shown all of the
requirements to meet the truth of B; its converse is also true,
therefore, If not A, then B;
- when all of the objective
realm is seen to be as unreal through many such "If A's, then
not B," a transcendence of the dual opposites of the objective
reality can be glimpsed at first, and the oneness of the absolute
presents at least symbologically as, If not A's in summation,
then B.
- The goal is accomplish
the unitary solution to all of delusion, wherein the dual opposites
of the objective realm are before inquiry and deeper realization
taken as most real. That giant inverse is seen as, If not A,
then not B--or, in words, if this world is not most real, then there
is no reality left to consider which can be greater. The
inverse of this is of course the original goal, If A, then B,
wherein the physical, relative realm is no longer seen as through
delusion. Rather, the absolute truth is seen in and through
all.
This method of
refuting reality methodically until an ultimate reality is intuited does
not mean that negative results have given an invalid scientific
conclusion. For in this case, there is one giant inversion, the
inquirer attains to one ultimate logical inverse such that there is no
inverse greater than that one inverse. Of course, you may ask if
that is possible, and the answer is not directly--the absolute cannot be
expressed in terms of the relative, yet, the absolute can be approached
through the relative terms of logic available, and that saves the
argument. Moreover, if one unified negation, whose unity is born
of successive refutations incessantly, turns out to logically signify
unity, at least, such that the absolute has been sought after to
completion by rational thought processes accordingly, then all of logic
when applied to the relative realm where logic knows no end within
itself, will be derived from such a unitary concept.
Addition is based upon one. The question of variables whose causal
relationships to one another define functions of characteristic
dependency upon one another must be analyzed through logic. The
algorithm to logic is also unity, but in the case of logic, there is no
visible "one" to be counted. Rather, there is only an
ultimate feature of the question of the absolute as a larger measure
than that which can be determined through direct measurement, and when
inferential logic is used to approach an understanding of the most
expansive question of a relation--that of the relative to the absolute,
the unreal to the ultimately real--all of logic rests upon the fusion of
nothing and everything. The unity in that sense of reality lies in
refuting the objective reality for its attribute as not ultimately real,
which is seen therefore as nothing. Seeing that nothing, that
total refutation until logic is left off by an intuitive leap,
gives in return the seeming conclusion that nothing is everything.
But this may sound expressive of the paradox, while the actual
realization of that paradox is not available through words or through
logic. Rather, you are that. This objective reality just IS.
This is unity, and once realized through proper means, including
contemplation and also meditation, the mind becomes one-pointed in the
embrace of such expansive truth, of satyam sTym! .
This method of refuting
reality methodically until an ultimate reality is intuited does not mean
that negative results have given an invalid scientific conclusion.
For in this case, there is one giant inversion, the inquirer attains to
one ultimate logical inverse such that there is no inverse greater than
that one inverse. Of course, you may ask if that is possible, and
the answer is not directly--the absolute cannot be expressed in terms of
the relative, yet, the absolute can be approached through the relative
terms of logic available, and that saves the argument. Moreover,
if one unified negation, whose unity is born of successive refutations
incessantly, turns out to logically signify unity, at least, such that
the absolute has been sought after to completion by rational thought
processes accordingly, then all of logic when applied to the relative
realm where logic knows no end within itself, will be derived from such
a unitary concept. Addition is based upon one. The
question of variables whose causal relationships to one another define
functions of characteristic dependency upon one another must be analyzed
through logic. The algorithm to logic is also unity, but in the
case of logic, there is no visible "one" to be counted,
although there is the concept of identity, such that an entity owes unto
itself a certain unity. Therefore, there is an
ultimate feature of the question of the absolute as a larger measure
than that which can be determined through direct measurement, and when
inferential logic is used to approach an understanding of the most
expansive question of a relation--that of the relative to the absolute,
the unreal to the ultimately real--all of logic rests upon the fusion of
nothing and everything--one implies zero. The unity in that sense
of reality lies in refuting the objective reality for its attribute as
not ultimately real, which is seen therefore as nothing. Seeing
that nothing, that total refutation until logic is left off by an
intuitive leap, gives in return the seeming conclusion that nothing is
everything. But this may sound expressive of the paradox, while
the actual realization of that paradox is not available through words or
through logic. Rather, you are that. This objective reality
just IS. This is unity, and once realized through proper means,
including contemplation and also meditation, the mind becomes
one-pointed in the embrace of such expansive truth, of satyam . The
unreal has been separated from that which is ultimately real.
The Use of the
Realization of a Higher Order of Reality in Objective Science
From the foregoing analysis of logic in
understanding how the search for realizing more fully universal truth, satyam
sTym! ,
relates to the discipline and perceptive abilities of the scientist, it
must be clear that to understand better the nature of the absolute truth
is to perceive, therefore, a greater, a more keen picture of objective
reality. This is true for both the objective scientific
experimenter and the yogic scientist. It says in the Bhagavad
Gita :
kmR äüaeÑv< iviÏ
äüa]rsmuÑvm!,
Karma Brahmodbhavam
viddhi Brahmaaksaraamudbhavam.
Know thou that action
comes from Brahman, and Brahman arises from the imperishable.
Chapter 3, Verse 15.
The imperishable is
that which knows no decay, no change, no time, and no space, either.
If action arises from that whose source is unchanging, then the most
real nature of action is not to be found in its immediate environment.
For action must also have that reach of the absolute, the imperishable,
since it owes its very existence to Brahman, which in turn springs from
the absolute, the imperishable. Thus, let us say that the
enlightened mind stretches into an inquiry in objective science.
Knowing that action, the salient feature of that which expresses as
cause within the relative perspective of reality, is in its most
essential nature the same as inaction, such a scientist will be also
more gifted in understanding the source of the action within the locale
of the relative realm. Action comes from Brahman, yet Brahman does
not change with action, thus action and inaction are the same, as you
cannot separate action from Brahman. You cannot say that the
relative is greater than the absolute when it comes to action, even
though it may appear to be most real as seen through the senses, as
cognized and understood. The yogi who seeks after objective truth
in the science laboratory will know more deeply the nature of the causal
connections, knowing that action arises from the imperishable through
Brahman. In order to hypothesize in scientific research, the
thinker must be able to derive what might be happening, how and why.
If that means tracing action from an ulterior source first
hypothetically, then since the absolute realm is more all-inclusive than
is the relative realm, and the mind is trained through contemplation in
this precept, then such a mind will know better how to trace action in a
theoretical sense. Thus this higher order reality will cause the
locale of the laboratory research in its abstract venue to be only
subsumed in the higher order reality obtained through the discipline of
the metaphysician, now turned into working knowledge in the practicum of
scientific research.
The Subjective
Ponder Made More Real
The truth and beauty of
the metaphysical premise cited in the foregoing paragraphs, that action
arises from the imperishable, thus owing to its own source the nature
also of its opposite, inaction, may not be believable to a scientific
mind and theoretician of the objective scientific endeavor. There
must be infused in such a mind a faith that the paradoxical can be hewn
to the reach of rational thought, and that faith might only be built on
empirical evidence. Briefly then, such a doubt that the validity
of research ponder as projected from the subjective seat of a
metaphysically attuned mind, and as according to the source of action
flattening now the nature of action into the equivalence itself of
inaction, must be addressed in the actual research venue, the
laboratory, for the most convincing power of witness. However, an
understanding of such a premise becoming operative in the thinking of a
scientist, can be further nurtured with words. To know more of the
nature of reality, past the relative realm of time and space constructs,
and then to address any inquiry in the time/space continua from that
more vast expanse of knowledge, must indicate that thoughts might be
more elaborate, more inclusive of the broader expanse of any knowledge.
Cogito
et scio invicem - I think and I know interchangeably - so that if
knowledge is imbued with a greater subjective reference for context, is
that greater reference not capable of affecting the depth of thoughts
which would match the knowledge? Most certainly this question has
seen the affirmative answer in the mind's eye of metaphysical works
which are replete with perfected phrases and proofs thereof.
Simply put, one who contemplates the nature of things from a universal
viewpoint and who has seen the universality of truth accordingly, will
perceive all things in a more heightened perception. This
increased perception will affect the thoughts, such that the thoughts
become more adherent to what is most real.
kmRNykmR y>
pZyedkmRi[ c
kmR y>,
s buiÏman! mnu:ye;u s yuKt>
k&TSnkmRk&t! .18.
karmanykarma
yah: pashyet akarman^i ca karma yah:
sa
buddhimaan manus^yes^u sa yukta kr^tsna karmakr^t
[Bhagavad
Gita, Chapter 4, Verse 18]
kmRi[ karmani
in action, AkmR
akarma inaction, y>
yah:
who, pZyet!
pashyet would see,
AkmRi[ akarmani in inaction,
c ca and, kmR karma action,
y>
yah: who,
s> sah:
he, buiÏman!
buddhimaan wise, mnu:ye;u
manus^yes^u,
among men, s> sah:
he, yuKt>
yogi yogi (one who binds to the self),
k&TSnkmRk&t!
kr^tsnakarmakr^t
performer of all actions.
He who sees
inaction as in and through action, and sees action in and through
inaction, is wise among men; he is one who binds to the self, and
is capable of the universal nature of action.
~~~~~~~~~~~~
The aforesaid verse
from the Bhagavad Gita cites the nature of the mind to which one
in search of truth should naturally aspire, and that is the mind of
wisdom. Wisdom is carefully defined as the know-how of knowledge,
how to put that knowledge to active use. A pundit may cite a verse
containing the truth, perhaps derive for you those words in other
languages together; but one who sees, who has devoted his/her being to
the pursuit of truth from a platform devoid of the desire for results of
recognition or reward except as that truth might apply to the real
context of living, knowing and guiding others - such a knower of
truth is indeed rare, and will know how to apply such providential
knowledge in a dynamic context, wisely. Action is the penultimate
object of intellectual and contemplative ponder for one who seeks this
kind of knowledge, since all beings live as according to the precept
that life constrains a living entity unto action but for the nature of
life itself. Simple maintenance of the physical being stipulates
that such a being will survive by taking action. However,
detachment from action in the light and inner eye of knowledge of the
universal nature of action will also free one from action to the extent
that the mind is at one with the ultimate nature of action, which
coincides with inaction from its true source.
Any scientist who
ponders a leading question or questions in research must know the value
of detachment as the ponder grows, for such detachment serves to nurture
the ponder. The mind becomes distracted from its full capability
of one-pointedness in such a quest for truth in a research
question, when an egoistic investment will beleaguer the path to an
hypothesis available through reflection, contemplation and intellectual
awareness. When once an hypothesis has been launched into active
research for a determination, the same holds true: there is no quality
of mind more fitting to vibrant scientific research than a detachment
from the results, such that the data might be interpreted for its own
worth towards ferreting out that truth, rather than for an egoistic idea
that will project the desire for credit and recognition. The false
ego will project even a misinterpretation of possibly good data, if the
subjective will is disposed too strongly upon the results.
Fundamental to the
nature of scientific research and the progress in our understanding of
the nature of life and of the world and even of the universe, is the
idea that respect for the process of determining the nature of life and
of things should include the impersonal mode of endeavor towards the
goals of scientific progress. The crucial conceptual truth which
molds the brilliance of any researcher, and indeed the brilliance of the
body of knowledge that accrues in science to research and development,
is the simple fact that the truth is there to be discovered, and that
fact is all-commanding. It is not for the scientist to place a
personal or subjective bias upon his or her endeavors in expressing an
interest in that truth, but rather to surrender ambition and possible
findings to the inevitability that such knowledge will be found
eventually, whether by another. This objectivity in a scientist
contributes to the rarefied subtleties which create a valid and
engaging research venue in a scientific research laboratory, or in the
writings of one who might summarize a given field of knowledge, or any
part thereof. This very objectivity is a form of egolessness
towards science, and is regarded as a reverence for the essence of
science, and most importantly, for the purpose of science. The
purpose of science is highly exploratory, the satisfaction of sheer
curiosity in the dynamics of the love for truth, granted; but the deeper
purpose of science philosophically must embrace an innate respect for
life and the preservation of life, and an improvement in the quality of
life through scientific discovery. It is not that we are to
construe ourselves as the doers in all that might be accomplished as we
deepen our knowledge scientifically, but rather, that we might
understand what is. If we understand better what is,
then certain aspects of that understanding might be useful towards
making a better life possible. Such improvements in the quality of life
and indeed, in the directions we must envision and enact
scientifically towards assuring the betterment of that quality of life,
include such avenues as medical advancements in disease treatments and
cures, ecologically summoning up the resources essential to harmony with
nature even as we progress technologically, curing the atmospheric
damages resulting from the combustion of fossil fuels, deriving a better
energy source in the questions of pollution of our planet, and so forth
-- the list goes on endlessly, though priorities are envisioned.
The ethics
involved in good scientific endeavor, wherein the greatest good for all
is invested as a value in the actions of a scientific researcher, will
be served if that researcher understands the ultimate nature of action
in a metaphysical sense. Now to asseverate accordingly the truth
of the nature of action and inaction as operative in the thinking
process of a scientist, the preceding verse from the Bhagavad Gita,
Verse 18 of Chapter 4, might be explicated more fully. The
word buiÏman! buddhimaan,
meaning wise, precisely points out the source of the wisdom which
inheres in detachment from action characteristic of an aware
scientist. Buddhimaan indicates
a state of mind wherein the intellect, the buddhi, or the
discriminating faculty, infuses the thoughts and intentions completely,
so that the mind is replete with harmony towards all things and beings.
One of the qualities of mind which supports the realization of such
wisdom is the principle of non-hurt, ahimsa. When in the
contemplative ardor for universal truth a scientific mind sallies forth
upon the landscape of inquiry after the nature of action on the
universal plane, an algorithm for all action can be envisioned. In
such an expanded venue in the search for the ultimate meaning of
action the word karma, as in this verse, can be taken to mean the
most fundamental of all actions possible, and that would
constitute karmajam, or taking birth. Taking birth in the
physical realm as a human being is that action which allows all other
actions to unfold in the living context. Note also that this
wider view of the source of all action in the physical as simple birth,
points out that the individual soul, aatmaa, who undergoes the
birth/death cycle by the implementation of karmajam, is traced to
the source of action wherein there is no action, since there is no time
or question of time in the heaven of aatmaa, that abode from
which all souls arise and to which all return. In this sense of karma,
the actual goal of the jivanmukta, or individual thus born,
becomes to achieve a state of realization of self wherein the
fundamental action of karmajam, or human birth, never occurs
again. This level of self-realization is known as moksha,
or liberation from samsara, the birth/death cycle. Moksha
would therefore constitute the achievement of indifference to action
based upon detachment from action. This is not to say that all
moral hypothesis and ethical correctness would enter into dissolution as
moksha is sought after. This is the fundamental
lesson for any asura, or one whose mind is convicted of evil, of
destruction with a fantasized immunity for that destruction. Moksha
is realized as actions become purified and elevated unto the good.
Indeed, there is a tradition for delaying moksha on the behalf of
mankind in the Buddhist theology, known as boddhisattva.
Since the nature of
action as the penultimate equivalent of inaction is not straightforward
and available to the perception in all likelihood, and this non-dual
hypothesis of action as the same as inaction is derived from a
contemplative state regarding moksha, which solves the question
of time, it can be argued that the nature of action as thus derived is
irrelevant to the scientific realm of objective inquiry. However,
the subtleties of the mind which are expressed and made available when
contemplations upon these truths are pursued, will find their own and
prove their own true worth. It is a matter of personal destiny to
pursue or not to pursue this inquiry after the universal nature of
action. Moreover, even glimpsing this truth of the nature of
action will improve the quest after any exact causal hypothesis in a
research laboratory. It is like seeing the fiber of the cloth
which is the constitution of the cloth, so that the nature of the
material is immediately available in the knowledge of the one who
creates clothing using that cloth - the clothing will be taken into
account in its design as according to the essence of the material from
which it is made. The same holds true for action - knowing of the
nature of action will affect how one explores the actions essential to
the workings of the cell, the behavior of a physiological system, the
design of a technological gadget, the question of the nature of matter
for an astrophysicist, and so forth.
Ref: American
Heritage Dictionary :
http://education.yahoo.com/reference/dictionary/index.html
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