How It
All Comes Together:
God - Life - Soul
by George J. Irbe
Introduction
I have been induced to write this essay by a
personal compulsion to understand some very
important things and to make a permanent record of
my understanding of them in some sort of order; a
record I can refer back to when I have the need to
express myself on rather complex abstract ideas.
The important things I am referring to encompass
metaphysical and theological conjectures and
beliefs.
Having started on this journey of important
intellectual discoveries rather late in life, I do
not have the time, the requisite training, or the
energy that it would take to acquire the very large
volume of knowledge necessary in order to become
truly competent in all aspects of the philosophies
involved. I am, therefore, driven by a certain
degree of impatience and haste. I am going to make
my own conjectures so that I can round out my own
beliefs and comprehension, aware of the fact that I
base them on a relatively scant exposure to the
thoughts of the philosophers of record which extend
back some 2500 years. I am prepared to modify or
alter my views later, if I find that I have taken a
wrong turn. A navigator knows that there is nothing
irresolute about adjusting one's course; in fact,
it is the proper thing to do. I am also quite aware
that my conjectures, uninformed by sufficient
study, are most likely naive expressions of what
has already been proposed centuries before. Karl
Popper, a noted philosopher of the 20th century,
tells of what happened to him once long ago. He
thought that perhaps he had ideated a novel
philosophical principle, only to find out
afterwards that it had been stated long before by
Xenophanes (c. 570-475 BCE). Therefore, I hope that
philosophers will kindly tolerate any declarations
I may make in ignorance of, and without proper
accreditation to, the primary authors of the ideas
in question. I would never usurp someone else's
ideas intentionally.
I thought that "How it all comes together" is an
appropriate title for this tale, because "it"
really did all come together for me like a flash of
enlightenment one day, the "it" being the
interweaving of the concepts of God the Creator,
life, soul, moral values, and natural law into one
fabric of understanding. How this sudden revelation
of the conceptual entirety came about deserves
explanation because it bears testimony to the great
benefits that accrue from casual discussion of
ideas with a compatible partner.
I have been pursuing my random philosophical
studies for the past three years, or so. While so
engaged, I have been a frequent visitor to the
local public library. An outlet for one of the
chains of coffee-shop franchises is located right
in the library, and the franchisee (he is addressed
as CK) has become my very good discussion partner.
We have already worked our way through religious
beliefs, evolution, the creation of this universe,
and natural law, to name the big issues. About a
year ago, Mortimer J. Adler's works got me
interested in Aristotle and, specifically,
Aristotle's Nicomachean Ethics. I had
prepared a synopsis of the Aristotelian ethics,
again mostly to organize my own understanding of
them. As usual, I passed a copy of my essay to CK.
As usual, having read the essay, CK asked some
probing, valuable questions on the subject the next
time we met. CK has served as a great intellectual
invigorant to me. Many times his questions have
spurred my investigations onto new and ultimately
very rewarding departures.
CK is an intellectually devoted Christian. That
is, he takes his religion seriously in an
intellectual manner, rather than that of a simple
and simplistic member of the flock. (I keep telling
him that he should start his own ministry.) On this
occasion, while discussing Aristotle's teaching
about what constitutes a good life and also the
fact that we must reserve judgment on the life in
question until it is over, CK asked me whether
Aristotle believed that we have an immortal soul.
We had previously discussed the soul question at
length on several occasions, mainly in the context
of religion. Although we have our differences of
opinion regarding the soul and its fate after
death, we have agreed to disagree on the topic,
since there is no certain evidence to be had either
way, only belief and conjecture. As to what
Aristotle believed re the soul, I couldn't give CK
a definite answer. But his question set me off on
another investigation.
First, I returned to The Self and Its
Brain, by Karl R. Popper and John C. Eccles
(1977), which I had read before some time ago. This
work is perhaps the most complete, scientifically
leading-edge testimonial to the hypothesis that an
incorporeal soul exists. Furthermore, I discovered
that in chapter P4 of that work, Popper provides an
excellent summary of the ancient Greek concepts on
the soul, which was really very useful for my
present purpose. I also decided to consult
Aristotle's De Anima and re-visit the
Nicomachean Ethics in order to find out what
Aristotle had to say specifically on the nature of
the soul.
Besides questions about the soul, CK and I have
also had the usual encounters with several other of
the ages-old dilemmas: what is this universe; what
is time; how did life begin here on earth and
perhaps elsewhere as well; who or what is the
Creator - the entity which made it; who or what
runs this system (if anything runs it) and how does
who or what run it. There are also the dilemmas
with good and evil, free will and predestination,
human nature, natural law, etc.
During our encounters with these dilemmas I have
had occasional sparks of "what-if" conjectures
flash through my mind, concerning the several
riddles of our existence, but these sparks remained
isolated incidents which I did not pursue further.
Then, during one of our recent discussions about
the soul, CK posed this question: Physical life is
known to begin when the spermatozoon penetrates the
egg. At what point does the soul of the individual
so conceived begins to exist within that
individual?
For some minutes I was left in thought. My
initial reaction to the riddle in CK's question was
to concede that here we have another of those
unfathomable mysteries of the kind that we had
encountered so often while in pursuit of an
understanding of existence. But then, something
like an epiphany flooded my mind. I suddenly
grasped hold of a reasonable conjecture that would
answer CK's question, at least to my own
satisfaction. What is more, I quickly realized that
by answering CK's question with this conjecture I
was opening an avenue for further conjectures that
would provide answers, in my opinion (mixed with a
dose of pure belief), to some of the questions of
the other riddles. (As Adler says in a related
context, "truth of doxa, never the truth of
episteme"). What follows, then, is my attempt to do
that.
The
Agenda
I wish to organize the presentation of my
arguments in what I consider to be a logical
sequence of the several components of the subject.
The components belong within the general subject of
the meaning of the All, of our concepts of
everything that we see, feel and think in the
universe. Here I want to confine my arguments
mainly to facts and conjectures about the beginning
and development of living things, including Homo
sapiens, and the convergence of moral philosophy
with natural law. The points of the agenda are:
- A. Beginning and development of life on
earth;
- B. Development of the understanding of a
"soul";
- C. A theory of linkage of life and
soul;
- D. How it all comes together: God, life,
soul, natural law.
A. Beginning and
development of life on earth
In cosmology, the most commonly accepted theory
of the formation of our universe is colloquially
called "the big bang" -- a huge explosion of energy
from an infinitesimally tiny source in an
infinitesimally small moment of time. I will not
venture into the complex physical theory underlying
this conjecture, because for my purposes I can
stipulate the creation of the universe as a given.
But it is worth noting here that Mortimer Adler
offers a comparable philosophical concept to the
"big bang", called "exnihilation" [1,
p.34]. This term denotes the creation of
something out of nothing. It should be noted that
our concept of "nothing" in this instance simply
means that we cannot possibly conceive of the
"what" from which the "something" was created.
Physicists, in their turn, will also admit that
they do not preclude the existence of "something"
else before the big bang. I will describe later on
how the concept of exnihilation has served my
purposes in a somewhat different application.
In my opinion, one of the nicest efforts to
reconcile the creation as described in
Genesis with the complexities of the
physical theory of creation is by Gerald L.
Schroeder [2]. Schroeder presents a most
interesting exposition on the meaning and
measurement of time according to cosmological
theories and compares this time scale to the "days"
of creation in Genesis. However, we don't
need to linger on the early moments of creation,
but rather must make a quantum leap forward in time
to the creation of life on earth.
The great majority of scientists agree that the
very formation of life on earth is beyond any
meaningful expression in terms of probability. If
we rather go with the most recent hypothesis
according to which a proto-life form arrived on
earth via an asteroid, that does not change the
odds for the creation of life, per se, in the
universe. As Popper puts it:
- ... the probability or propensity of any
atom, taken at random in the universe, to become
(within a chosen unit of time) part of a living
organism, has always been and still is
indistinguishable from zero. ... we cannot give
an explanation for the origin of life; ...
[3, Ch. P1].
Schroeder cites the mathematician Roger Penrose
on the chances for life in the universe:
- The renowned Oxford mathematician Roger
Penrose quantified the precision needed in
nature's quirks for the conditions and energy
distribution at the moment of the big bang to
have eventually produced an environment suitable
for life. The likelihood, or better the
unlikelihood, that those initial conditions
might produce such a universe is less than one
chance out of ten to the power of ten to the
power of 123. [2, p.186]
However miraculous is the very existence of
biological life as we know it, that too is not
quite the subject of my argument. Let me stipulate
the miracle of life and proceed to the next level
-- its amazing, explosive development here on
earth. That is, indeed, another miracle.
At this point I must digress briefly to talk
about a "cover-up" the likes of which is not
uncommon in the scientific community. These kinds
of cover-up involve the ignoring, or discarding, or
explaining away as unreliable those observations
and data obtained in experiments and investigations
that clash with and tend to disprove a
currently-popular hypothesis. This particular
cover-up evokes a rather personal feeling of anger
in me because it was perpetrated in the discipline
of geological sciences, which happens to be the
field of my academic training.
The facts of the cover-up are as follows. Early
in the past century, a noted professor of geology
from one of the prestigious eastern universities in
the United States was on a field trip in the Rocky
Mountains of British Columbia, Canada. He came unto
a fossil-rich formation of shale (known as the
Burgess shale) from which he collected many samples
of various fossils. He took the samples back to his
laboratory for examination.
This professor of geology observed that many of
the fossilized animals found in the samples from
the Burgess shale layer were not supposed to be
there, according to the evolutionary sequence of
appearance of animal phyla set by the rigid dogma
of the Darwinian theory.
Sedimentary rock strata are dated on the
geological time scale by establishing the sequence
of their deposition in relation to other strata,
and by radioactive isotope dating techniques. The
Burgess shale was dated to be 530 million years
old. Because of the way that the Burgess shale
deposit was formed, the fossil remains are
exceptionally well preserved, in some cases showing
the details of internal organs and ingested matter.
Shale is formed from the mud that accumulates on
the sea floor. The exceptional condition in the
formation of the Burgess shale was that the mud was
deposited on a sloping bottom near the edge of the
continental shelf. Periodic earth-quakes dislodged
the mud and made it cascade, as large mud slides,
down into great depths. The marine life forms,
inhabiting the continental shelf waters in large
numbers and variety, were swept into the depths by
the catastrophic mud slides. There they were
quickly entombed and compacted in an anaerobic
environment. That explains why the anatomical
details of the animals are so well preserved.
Our professor of geology saw that many of the
animal forms in the Burgess shale were not supposed
to be there, because they were supposed to come
along on the Darwinian ladder of evolution at a
much later time than 530 million years ago. As a
dutiful servant of the established dogma, he fudged
the interpretation of some of his discoveries; he
hid much of the most controversial fossil evidence
in his laboratory drawers and did not report on it
at all. These fossils were only found again decades
later, after the death of the good professor.
As I mentioned above, these kinds of acts that
violate the very principles by which a scientist is
to work in pursuit of the truth are not uncommon.
Unfortunately, organized science is as dogmatic and
stifling as organized religion. A prime example of
this dogmatic tyranny is the fate of that reviled
heretic of established science, Immanuel
Velikovsky. It is best left to Schroeder to state
the scientific importance of the Burgess shale
fossils.
- Sponges, rotifers, annelids, arthropods,
primitive fish, and all the other body plans
represented in the thirty-four animal phyla
extant today appear as a single burst in the
fossil record [of the Burgess shale].
And it happened 530 million years ago. Those are
the data. No one disputes them.
-
- Based on radioactive dating of rocks that
bracket the Cambrian explosion, the development
occurred within a period of five million years.
The sediment deposits of the five-million-year
span are at places 300 meters thick. Throughout
the depth of this sediment, and therefore over
the entire five million years, there is little
or no change in the morphologies of these
animals. In a leap, life moved from
single-celled protozoa and the amorphous
Ediacaran clumps to multicellular complexity.
According to the fossil record as we currently
know it, the simultaneity was literally true.
[2, p.89]
The reason why I am reporting on this particular
deception in considerable detail is because it
tried to hide another miraculous event in the
development of life on this planet. Of course, the
deception, or cover-up, was perpetrated because the
Burgess fossil evidence knocked the Darwinian
theory of evolution off the rails. To me, the
miracle of it is that the entire, immense set of
genetic codes -- the building blocks for every life
form imaginable -- appeared on earth at the same
time. The evolutionary process comes into play only
insofar as certain environmental conditions and
climate change -- gradual, or catastrophic --
favors the prominent development of some genetic
combinations while suppressing the development of
others. It is a known fact that in the genetic
make-up of any one animal or plant phylum there are
many genes that are dormant. Quoting Schroeder
again, first on the over-abundance of genes in very
simple life forms and then on the distinctiveness
of the genetic make-up of the different phyla:
- Molecular biology has discovered that some
forms of single-celled algae have as much as one
hundred times the amount of DNA (genetic
information) per cell as do mammals. A genetic
library that large could indeed contain the
basic information for the forms of plant life
that appeared much later. [2,
p.204]
-
- [The vertebrates] have many
similarities. All resemble a more ancient form
of a land-dwelling quadruped. All fall within
the same type, or phylum, of animals known as
Chordata (animals with vertebrae). In brief,
their genomes (i.e. the genetic information held
on the DNA of their chromosomes) share a common
background that started 530 million years ago.
With such a long common ancestry it is to be
expected that their genetic material contains
many similar inherited genes with which to
construct similar organs.
-
- Animals of different phyla do not share this
common ancestral history. Approximately 530
million years ago the basic anatomies of all
currently existing animals, from sponges to
vertebrates, appeared simultaneously. Because
all the phyla appeared suddenly and
simultaneously, the different phyla do not share
a common genetic history above the level of
protozoans. [2, p.104]
-
In summary, when we talk about life on earth, we
must recognize three highly improbable events to
have taken place: (1) the creation of life itself
in the universe, (2) the creation of the huge set
of genetic codes and, (3) with respect to life on
earth -- its sudden explosion in all its many
forms. I will conclude with another quote from
Schroeder:
- Cosmology has come to agree that there was a
beginning (Gen. 1:1). Biology has discovered
that indeed life on Earth started shortly after
the appearance of liquid water (Gen. 1:9-12) and
that three billion years later animal life
exploded in a burst of aquatic organisms (Gen.
1:20-21) hosting all phyla alive today. [2,
p.33]
B. Development of the
understanding of the "soul"
The discussion of the beginning and development
of life on earth is a foundation for, and has a
bearing on, the discussion of the meaning of the
soul. If we reach back into ancient times, even
into primitive times, we find that a majority of
men have believed that human beings have a soul.
Different opinions have been held on whether the
soul is a material substance or an incorporeal,
abstract entity which has also been called a
spirit, or ghost. The other major difference in
belief has been whether the soul dies with the body
or whether it possesses immortality of some sort,
which includes various forms of belief in
reincarnation.
Here I am concerned mainly with how the Greeks
thought of the soul, because it is the Greek
philosophical heritage which is the foundation for
our current concepts of the soul. In particular, I
am focusing on Aristotle's understanding of the
soul because it has a direct bearing on the moral
and ethical component of the soul which is found in
Aristotle's Nicomachean Ethics [5].
In addition, I have discovered that Aristotle's
conjectures about the soul, found in De
Anima [4], are the most explicatory and
most acceptable to me.
To the modern, 21st-century person who is not
familiar with ancient Greek philosophy (that
includes most of us), much of the speculation by
the Greeks on what is matter and what is soul seems
on first look to be downright childish. And yet,
even if their scientific knowledge was primitive,
the basic ideas behind many of their conjectures
were pointing in the right direction. For a brief
summary of how the ancient Greeks dealt with the
concept of soul, I have excerpted and paraphrased
from Section 46 of Chapter P5 of The Self and
Its Brain [3].
In Greek philosophy the soul was an entity, a
substance, which sums up the conscious experience
of the self. Already in fifth century BCE
Pythagoreanism considered the soul to be
incorporeal. The Greek concepts of nous and
psyche corresponds closely to the modern
concept of "mind". The concepts of "mind" and
"soul" are quite similar, and often are used
interchangeably.
Popper sketches the history of the concept of
soul in three stages: (I) the material soul from
Anaximenes (d. 502 BCE) to Democritus (460-370) and
Epicurus (341-271) (including the location of the
mind); (II) the dematerialization or
spiritualization of the mind, from the Pythagoreans
and Xenophanes to Plato and Aristotle; (III) the
moral conception of the soul or mind, from
Pythagoras to Democritus, Socrates, and Plato.
I
Homer thought the soul was a vaporous breath. To
the philosophers from Anaximenes to Diogenes of
Appolonia (6th century BCE) the soul consisted of
air. They regarded soul (in the general sense) as
air and the individual soul as a portion of the air
that one breathes in, because air to them was the
finest and lightest form of matter.
Anaxagoras (500-428) may have been moving away
from the concept of a purely material soul. To him
the mind is the principle of motion and order --
the principle of life. He said (DK 59 B12): "Mind
(nous) ... is the most rarefied of things and the
purest; it has all the knowledge with respect to
everything, and it has the greatest power. And all
that has life (psyche), the biggest
[organisms] and the smallest, all these the
mind rules."
Heraclitus (535-475) interpreted all material
substances and especially the soul as material
processes. All material things were in flux, they
were all processes, including the universe itself.
All were ruled by law (logos). The soul was fire;
like fire it could be killed by water.
All these thinkers were what are called
"dualists" because they gave the soul a very
special status in the universe. The medical
thinkers of the time were also materialists and
dualists. Alcmaeon of Croton (c. 535) was the first
to locate sensation and thought in the brain.
Theophrastus (c. 371-287) reports "that he spoke of
passages (poroi) leading from the sense organs to
the brain." This concept was continued by
Hippocrates (c. 460-370) and Plato (428-347).
The Hippocratic medical treatise On The
Sacred Disease asserts with great emphasis that
the brain "tells the limbs how to act", and that
the brain "is the messenger to consciousness
(sunesis) and tells it what is happening. "It also
describes the brain as the interpreter (hermeneous)
of consciousness. Of course, sunesis can also be
translated as "intelligence" or "sagacity" or
"understanding". Hippocrates explains that it is
the air one breathes in that gives the brain
intelligence, because the air is soul.
Democritus explained all material and
psychological processes mechanically, by the
movement and collision of atoms, and by their
joining or separating, composition or dissociation.
In Democritean physics, soul consisted of the
smallest atoms -- the same as those of fire --
round and able to penetrate into and move other
things.
Democritus was a monistic (soul and body made of
the same material) atomist. But he also ascribed
moral concepts to the soul: "Men don't get
happiness from bodies or from money but by acting
right and thinking wide." (DK B40); "Who chooses
the goods of the soul, chooses the more divine; who
chooses those of the body chooses the more human."
(DK B37); "He who commits an act of injustice is
more unhappy than he who suffers it." (DK B45).
II
Another idea introduced by Pythagoras (c. 530)
or the Pythagorean Philolaus was that the essence
of a thing is something abstract (like a number or
a ratio of numbers). In the tradition of
incorporeality, Xenophanes (570-475) introduced the
idea of monotheism. Pythagoras and his followers
were fascinated by numbers and things numerical.
Thus they looked for a numerical solution to
everything, including the soul.
The philosophers who followed the Pythagoreans
in proposing a theory of the soul and/or of the
mind which interpreted them as incorporeal essences
were (possibly) Socrates (469-399) and (certainly)
Plato and Aristotle (384-322). They were later
followed by the Neo-Platonists, by St. Augustine
and other Christian thinkers, and by Descartes.
Plato extended his theory of Forms and Ideas to
a theory of the true nature or essence of things in
general. The soul is, very nearly, the essence of
the living body. Aristotle's theory is again
similar. He describes the soul as the "first
entelechy" of the living body; and the first
entelechy is, more or less, its form or its
essence. The main difference between Plato's and
Aristotle's theory of the soul is that Aristotle is
a cosmological optimist, but Plato rather a
pessimist. Aristotle's world is essentially
teleological: everything progresses towards
perfection. Plato's world is created by God, and it
is, when created, the best world: it does not
progress towards something better. Similarly,
Plato's soul is not progressive; if anything it is
conservative. But Aristotle's entelechy is
progressive: it strives towards an end, an aim.
It is probable that Aristotle's teleological
theory -- the striving of the soul towards an end,
the good -- goes back to Socrates who taught that
acting for the best purpose, and with the best aim,
follows with necessity upon knowing what is best,
and that the mind, or the soul, was always trying
to act so as to bring about what is best.
Plato regards the body as a prison of the soul,
but also thinks that the soul, or mind, or reason
ought to be the ruler of the body. Plato, like
Freud, upholds the theory that the mind has three
parts: (1) reason; (2) activity or energy, i.e
spirit or courage; and (3) the lower natural
appetites. Plato, like Freud, assumes a struggle
exists between the lower and higher parts of the
soul. Plato describes the mind as the pilot of the
body.
Aristotle too has a theory of lower (irrational)
and higher (rational) parts of the soul; but his
theory is biologically rather than ethically
inspired. The irrational souls or essences of
Aristotle may be said to be anticipations of modern
gene theory: like DNA they plan the actions of the
organism and steer it to its telos, to its
perfection. Aristotle's psychology does possess the
notion of the self-consciousness of self.
III
In the development of the theory of the soul or
the mind or the self, the development of ethical
ideas plays a major role. The promise of a better
world to come -- if the right religion with the
right rituals was adopted -- was the first step on
the way to the Socratic and the Kantian point of
view in which the moral action is done for its own
sake, not as a price for rewards in the next
life.
Both Democritus and Socrates thought that to
commit an act of injustice was to debase one's
soul. Socrates was the first to realize that
morality was not God-given, but a World 3 product
of the human mind. Socrates decided that mind, or
thought, or reason always pursued an aim, or an
end: it always pursued a purpose, doing what was
best. Socrates also recognized another important
concept, that in terms of ends, purposes, and
decisions the most relevant is the conscious choice
of the ends and means. This is a statement within
an ethical context. It makes it clear that the
ethical idea of a responsible moral self has played
a decisive part in the ancient discussions
connected with the mind-body problem, and the
consciousness of self.
The above completes the summary of Popper's
Section 46 of Chapter P5. The point I want to
stress here is that, notwithstanding all the
simplistic suppositions about the material world
and a material soul by some of the early Greek
philosophers, there were many others who, from the
times of Pythagoras, conjectured an incorporeal
soul, or mind. Furthermore, many of them
conjectured that the soul or mind resides in the
brain and controls the actions of the body. Even
more significant is the recognition by several
early philosophers, particularly Socrates, that the
incorporeal mind or soul is the centre where moral
decisions and choices are made. Socrates is the
precursor of Aristotle who expanded the concept of
a "responsible moral self," into a natural moral
code.
In my opinion a most significant development in
the soul/mind concept was achieved by Aristotle. As
Lawson-Tancred says in the Introduction to De
Anima, to Aristotle the meaning of the Greek
word "psyche" was "that in virtue of which
something is alive". Aristotle himself writes, "the
soul is, so to speak, the first principle of living
things," and adds, "In general, and in all ways, it
is one of the hardest things to gain any conviction
about the soul." [4, Bk I, ch. 1]. Indeed,
for us as well as Aristotle, it is difficult to
conceive of the incorporeal soul.
It is Aristotle's emphasis of his view that all
living things, and only living things, of the
material world have a soul that has great
significance. He says, "... soul is the first
actuality of a natural body which potentially has
life. Now this kind will include any body that has
organs -- and even the parts of plants are organs,
..." [4, Bk II, ch.1]. Aristotle later
comments further on this point, saying that "...
the ensouled is distinguished from the unsouled by
its being alive. ... we say that the thing is
alive, if, for instance, there is intellect or
perception or spatial movement connected with
nourishment and growth and decay. It is for this
reason that all the plants are also held to be
alive ..."; and "... the soul is the first
principle of these things that we have mentioned
and is defined by these things, the nutritive,
perceptive and intellectual faculties and
movement." [4, Bk II, ch.2].
It is the generous endowment of the intellectual
faculties, faculties of mind and soul, that make us
human. Thus, although many people view Aristotle's
investigation of the soul as being merely from a
biological point of view, Aristotle, having
recognized the intellectual activity of the soul,
unavoidably had to, like several other
philosophers, designate the soul as the responsible
agent for making important moral decisions. It
could be, as Popper says above, that Aristotle's
theory of the soul was biologically inspired, but
Aristotle also postulated different levels of
activity for different souls, and the human soul
was in charge of the highest form of activity, i.e.
the intellectual activity. Some quotations from the
Nicomachean Ethics will confirm that this is
the case:
- Certainly, as sight is in the body, so is
reason in the soul. [5, Bk I, ch.
6];
-
- Now if the function of man is an activity of
the soul which follows or implies a rational
principle, ... we state the function of man to
be a certain kind of life, and this to be an
activity or actions of the soul implying a
rational principle, and the function of a good
man to be the good and noble performance of
these, and if any action is well performed when
it is performed in accordance with the
appropriate excellence: if this is the case,
human good turns out to be activity of soul
exhibiting excellence, and if there are more
than one excellence, in accordance with the best
and most complete. [5, Bk I, ch.7];
-
- ... happiness ... has been said to be a
virtuous activity of the soul, of a certain
kind. [5, Bk I, ch.9];
-
- Praise is appropriate to virtue, for as a
result of virtue men tend to do noble deeds; but
encomia are bestowed on acts whether of the body
or of the soul. [5, Bk I, ch.12];
-
- ... happiness is an activity of the soul in
accordance with perfect virtue, ... [5, Bk
I, ch.13];
-
- By human virtue we mean not that of the body
but that of the soul; and happiness also we call
an activity of the soul. [5, Bk I,
ch.13].
Finally, I must incorporate into this discussion
on the development of our understanding of the soul
one of the most definitive combined neurological
and philosophical studies of our time by Popper and
Eccles.[3]
Popper declares without reservation that he
believes "in the ghost in the machine" [3, ch.
P4, sec. 30]. That is a popular expression used
by neurologists and others who have concluded from
observations of the activity of the brain that the
brain appears to be receiving instructions from the
incorporeal mind or from what Popper and Eccles
call the self-conscious self, or what can also be
called the soul. Further on Popper says, "The
analogy between the brain and computer may be
admitted; and it may be pointed out that the
computer is helpless without the programmer."
[3, ch. P4, sec. 33]. By the programmer
Popper means the self-conscious self, which can
also be the soul. In concluding the section on the
relationship between the brain and the self (i.e.
the soul), Popper states:
- I have called this section "The Self and Its
Brain", because I intend here to suggest that
the brain is owned by the self, rather than the
other way around. The self is almost always
active. The activity of selves is, I suggest,
the only genuine activity we know. The active,
psycho-physical self is the active programmer of
the brain (which is the computer), it is the
executant whose instrument is the brain. The
mind is, as Plato said, the pilot. It is not, as
David Hume and William James suggested, the sum
total, or the bundle, or the stream of its
experiences: this suggests passivity. It is, I
suppose, a view that results from passively
trying to observe oneself, instead of thinking
back and reviewing one's past actions.
-
- I suggest that these considerations show
that the self is not a "pure ego" ... that is, a
mere subject. Rather, it is incredibly rich.
Like a pilot, it observes and takes action at
the same time. It is acting and suffering,
recalling the past and planning and programming
the future; expecting and disposing. It
contains, in quick succession, or all at once,
wishes, plans, hopes, decisions to act, and a
vivid consciousness of being an acting self, a
centre of action. And it owes its selfhood
largely to interaction with other persons, other
selves, and with World 3.
-
- And all this closely interacts with the
tremendous "activity" going on in the brain.
[3, ch. P4, sec. 33]
Popper is known for his rational philosophy and
understanding of scientific theory. He does not
subscribe to the immortality of the soul because,
of course, that cannot be conjectured on a rational
basis, but must be left to belief. However, he does
not exclude the subject from legitimate
consideration as is indicated by this statement:
"If there is anything in the idea of survival
[of the soul], then I think that those who
say that this cannot be just in space and time, and
that it cannot be just a temporal eternity, have to
be taken very seriously." [3, Dialogue XI].
In conversation with Eccles, Popper explains his
approach to the question as follows:
- Now, in connection with the question "What
is the self-conscious mind?" I might say first,
as a preliminary answer ... "It is something
utterly different from anything which, to our
knowledge, has previously existed in the world."
This is an answer to the question, but it is a
negative answer. It just stresses the difference
between the mind and anything that has gone
before. If you then ask: is it really so totally
different, then I can say: Oh, it may have some
sort of forerunner in the not self-conscious but
perhaps conscious perception of animals. There
may be some sort of forerunner of the human mind
in the experience of pleasure and pain by
animals, but it is, of course, completely
different from these animal experiences because
it can be self-reflexive; that is to say, the
ego can be conscious of itself. This is what we
mean by the self-conscious mind. And if we ask
how that is possible, then I think that the
answer is that it is only possible via language
and via the development of imagination in that
language. That is to say, only if we can imagine
ourselves as acting bodies, and as acting bodies
somehow inspired by mind, that is to say, by our
selves, only then, by way of all this
reflexiveness -- by way of what could be called
liaison reflexiveness -- can we really speak of
a self.
-
- From an evolutionary point of view, I regard
the self-conscious mind as an emergent product
of the brain; ...
-
- I am quite sure that you [Eccles]
and Dobzhansky are right in stressing that the
realization of death -- of the danger of death
and of the inevitability of death -- is one of
the greatest discoveries which led to full
self-consciousness. But, if that is so, then we
can say that self-consciousness arises to full
self-consciousness only slowly in a child,
because I don't think that children are fully
self-conscious before they are fully conscious
of death. [3, Dialogue XI]
I see a definite connection of thought between
Popper's conceding of the possibility that the
human mind "may have some sort of forerunner in the
not self-conscious but perhaps conscious perception
of animals" and Aristotle's theory about all living
things possessing a soul. Also of significance to
me is the statement "we can say that
self-consciousness arises to full
self-consciousness only slowly in a child, because
I don't think that children are fully
self-conscious before they are fully conscious of
death." That implies that the self-conscious self,
or soul, undergoes development and maturation along
with the physical body.
Continued on
page 2
A Brief
Autobiography of George J. Irbe
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