The Illustrated Timaeus
must be
founded on a fuller classification than the former.
Then we
distinguished two forms,
but now a third kind must be disclosed.
The two were indeed enough
for our former discussion
when
we laid down
one form
as the
pattern
intelligible and changeless
the second as a copy of the pattern
which comes into
being and is visible.
A third we did not then distinguish
deeming that the two would suffice: but now
it seems, by
constraint of our discourse
we must try to express and make
manifest
a form obscure and dim
What power then must we
conceive
that nature has given it ?
something like this "It"
is
the receptacle
and as it were the nurse
of all becoming
This saying is true,
but we must put "it"
in clearer language
and this
is hard
especially as for the sake of it
we must needs inquire
into fire
and the substances that rank with fire
For it is hard
to say which
of all these we ought to call water
any more than
fire
or indeed which we ought to call
by any given name
rather than all and each severally
in such a way as to employ
any truthful
and trustworthy mode of speech
How then are we
to deal with this point
and what is the question that we should
properly raise concerning it ?
In the first place, what we now have
named water
by condensation as we suppose
we see turning
to stones and earth
and by rarefying and expanding this same
element
becomes wind and air and air when inflamed
becomes
fire and conversely fire contracted and quenched
returns again
to the form of air
also air concentrating and condensing
becomes cloud and mist
and from these yet further compressed comes flowing water
and from water earth and stones
once more
and so, it appears, they hand on one to another the cycle of generation
Thus then since these several bodies
never assume one constant form
which of them can we positively affirm to be really this
and not another without being
shamed in our own eyes?
It cannot be: it is far the safest
course
when we make a statement concerning them
to speak
as follows.
What we see in process of perpetual transmutation
as for instance fire, we must not call this
but such-like is the appellation we must confer on fire;
nor must we call water "this" but always "such"
nor must we apply to anything
as if
it had any stability
such predicates as we express
by the
use of the terms "this" and "that"
and suppose that we signify
something thereby
For it flees and will not abide such
terms as this and that
and relative to this and every phrase
which represents it as stable.
The word "this" we must not
use of any of them
but "such" applying in the same sense to
all their mutations
we must predicate of each and all:
fire we
must call "that" which universally has "that" appearance
and so
must we name all things such as come into being
That
wherein they come to be severally
and show themselves, and
from whence again they perish
in naming "that" alone must
we use the words "that" and "this"
but whatever has any quality,
such as white or hot
or any of two opposite attributes
and all
combinations of these
we must denote by no such term
But we must try to speak yet more clearly on this matter
Suppose a man having moulded all kinds of figures out of
gold
should unceasingly remould them
interchanging them
all with one another
it were much the safest thing in view
of truth
to say that it is gold
but as to the triangles or any other shapes
that were impressed on it, never to speak of
them as existing
seeing that they change even as we are in
the act of defining them
but if it will admit the term "such"
with
any tolerable security
we must be content.
The same language must be applied
to the nature which receives into it
all material things
we must call it always the same
for it
never departs from its own function at all
It ever receives
all things into it
and has nowhere any form in any wise
like
to aught of the shapes that enter into it
For it is as the
substance wherein
all things are naturally moulded
being
stirred and informed by the entering shapes
and owing to
them it appears different from time to time
But the shapes
which pass in and out are
likenesses of the eternal existences
being copied from them in a fashion wondrous
and hard to
declare
which we will follow up later on
For the present however we must conceive three kinds
first that which comes
to be
secondly that wherein it comes to be
third that from
which the becoming is copied when it is created
And we
may liken
the recipient to a mother
the model to a father
and that which is between them to a child
and we must
remember
that if a moulded copy is to present to view
all varieties of form
the matter in which it is moulded cannot
be rightly prepared
unless it be entirely bereft of all those
forms which it is about to receive from without.
For were
it like any one of the entering shapes
whenever that of an opposite or
entirely different nature came upon it
it would in
receiving it give the impression badly
intruding its own form
Wherefore that which shall receive all forms
within itself must
be utterly without share in any of the forms
just as in the
making of sweet unguents
men purposely contrive, as the
beginning of the work
to make the fluids that are to receive
the perfumes perfectly scentless
and those who set about
moulding figures in any soft substance
do not suffer any shape
to show itself therein at the beginning
but they first knead it
smooth and make it as uniform as they can.
In the same way
it behoves
that which is fitly to receive
many times over its
whole extent
likenesses of all things
that is of all eternal existences
to be itself naturally without part
or lot in any of the
forms
Therefore the mother and recipient of creation
which is
visible and by any sense perceptible
we must call neither earth
nor air nor fire nor water
nor the combinations of these
nor the
elements of which they are formed
but we shall not err
in
affirming it to be a viewless nature and formless
all-receiving in some manner most bewildering
and hard to comprehend partaking of the intelligible
But so far as from what has been said
we may arrive at its nature
this would be the most just account of it
That part of it which is enkindled
from time to time
appears as fire
and that which is made liquid as water
and as
earth and air such part of it
as receives the likenesses of these
But in our inquiry concerning these
we must deliver a
stricter statement
Is there an absolute idea of fire?
and do all
those absolute ideas exist
to which in every case we always
ascribe absolute being?
Or do those things which we actually
see
or perceive with any other bodily sense
alone possess such
reality ?
and is it true that there are
no manner of real existences
beyond these at all?
but we talk idly
when we speak of an intelligible idea
as actually existent whereas
it was nothing but a
conception ?
Now it does not become us either
to dismiss the
present question
unjudged and undecided
simply asserting that
the ideas exist
nor yet must we add to our already long discourse
another as long which is subordinate
But if we could
see our way
to a great definition couched in brief words
that
would be most seasonable for our present purpose
Thus then
do I give my own verdict
if reason and true opinion are of two
different kinds
then the ideas do surely exist
forms not perceptible by our senses
the objects of thought alone
but if, as
some hold, true opinion
differs nothing from reason
then all
that we apprehend by our bodily organs
we must affirm to be
the most real existence
Now we must declare them to be two
because they are different in origin and uhlike in nature
The
one is engendered in us by
instruction, the other by persuasion
the one is ever accompanied by right understanding
the other is
without understanding
the one is not to be moved by persuasion
the other yields to persuasion
true opinion we must
admit is shared by all men
but reason by the
"gods" alone and a
very small portion of mankind
This being so, we must agree
that there is first the unchanging idea
unbegotten and imperishable
neither receiving aught into itself from without
nor itself
entering into aught else
invisible nor in any wise perceptible
even that whereof the contemplation
belongs to thought
Second
is that which is named after it and is like to it
sensible, created,
ever in motion, coming to be
in a certain place and again from
thence perishing
apprehensible by opinion with sensation
And
the third kind is space everlasting
admitting not destruction
but affording place
for all things
that come into
being
itself apprehensible without sensation
by a sort of bastard reasoning
hardly
matter of belief
It is with this in view that dreaming
we say
that all which exists must be in some place
and filling some
space and that what is neither
on earth nor in heaven anywhere
is nought
All these and many kindred fancies have we
even
concerning that unsleeping essence and truly existing
for that
by reason of this dreaming state
we become impotent to arouse
ourselves
and affirm the truth namely
that to an image it
belongs
seeing that it is not the very model of itself
on which
itself has been created
but is ever the fleeting semblance of
another
in another to come into being
clinging to existence as
best it may
on pain of being nothing at all
but to the really
existent essence
reason in all exactness true comes as an ally
declaring that so long as one thing is one
and another thing
is other
neither of them shall come to be in the other
so that
the same becomes at once one and two
XIX. Such then is the statement
for which I give my
sentence
as we have briefly reasoned it out
that there are
Being and Space and Becoming
three in number with threefold
nature
even before the heavens were created
And the nurse
of becoming
being made liquid
and fiery and putting on the
forms of earth and air
and undergoing all the conditions that
attend thereupon
displays to view all manner of semblances
and because she is filled with powers
that are not similar nor
equivalent
she is at no part of her in even balance
but being
swayed in all directions unevenly
she is herself shaken by the
entering forms
and by her motion shakes them again in turn
and they, being thus stirred
are carried in different directions
and separated
just as by sieves and instruments for Winnowing
corn
the grain is shaken and sifted
and the dense and heavy
parts go one way
and the rare and light are carried to a different
place and settle there.
Even so when the four kinds are shaken
by the recipient
which by the motion she has received acts as
an instrument for shaking
she separates the most dissimilar
elements furthest apart from one another
and the most similar
she draws chiefly together
for which cause these elements had
different regions
even before the universe was ordered out of
them and created
Before that came to pass
all these things
were
without method or measure
but when an essay was being
made to order the universe
first fire and water and earth and air
which had certain vestiges of their own nature
yet were altogether in such a condition as we should expect
for everything
when "God" is not in it
being by nature in the state we have said
were then first by the creator fashioned forth
with forms and
numbers
And that "God" formed them to be most fair and perfect
not having been so heretofore must
above all things be the
foundation whereon our account is for ever based
But now the
disposition of each and their generation is what I must strive to
make known to you in speech unwonted: but seeing ye are no
strangers to the paths of learning, through which my sayings
must be revealed to you, ye will follow me.
XX. In the first place
that fire and earth and water and air
are material bodies is evident to all
Every form of body has
depth
and depth must be bounded by plane surfaces
Now
every rectilinear plane is composed of triangles
And all
triangles are derived from two triangles
each having one right
angle and the others acute
and one triangle has on each side
a
moiety of a right angle marked off by equal sides
the other
has a moiety of a right angle divided into
unequal parts by unequal sides
These
we conceive to be the basis
of fire and the other bodies
following up the probable account
which is concerned with necessity
but the principles yet more remote than these
are known but to "God" and to whatsoever man is a friend of "God"
Now we must
declare what are the four
fairest bodies that could be created
unlike one another, but capable,
some of themof being generated
out of each other by their dissolution:
for if we succeed in
this
we have come at the truth
concerning earth and fire
and the intermediate proportionals
For we will concede to
no one
that there exist any visible bodies
fairer than these, each
after its own kind.
We must do our diligence then
to put
together these four kinds of bodies
most excellent in beauty,
and so we shall say that we have
a full comprehension
of their
nature.
Now of the two triangles
the isosceles has but one kind,
but the scalene an endless number.
Out of this infinite multitude then
we must choose the fairest
if we are to begin upon
our own principles.
If then any man can tell of a fairer kind
that he has selected for the composition of these bodies
it
is no enemy but a friend who vanquishes us
however of
all these triangles
we declare one to be the fairest
passing
over the rest
that namely of which two conjoined
form an
equilateral triangle.
The reason it were too long to tell
but if
any man convict us in this and find that it is not so
the
palm is ready for him with our right good will.
Let then
two triangles be chosen
whereof the substance of fire
and of the
other elements
has been wrought
the one isosceles, the other
always having the square on the greater side
three times
the square on the lesser.
And now we must more strictly define
something
which we expressed not quite clearly enough before.
For it appeared as though all the four classes
had generation
through each other and into each other,
but this appearance was
delusive.
For out of the triangles we have chosen
arise four
kinds, three from one of them,
that which has unequal sides,
and the fourth one alone composed of the isosceles triangle.
It
is not then possible for all of them
by dissolution to pass
one into another,
a few large bodies being formed of many
small,
and the converse: but for three of them it is possible.
For since they all arise from one basis,
when the larger bodies
are broken up,
a number of small ones will be formed
from
the same elements,
putting on the shapes proper to them;
and again when a number of small bodies
are resolved into
their triangles,
they will become one in number
and constitute a
single large body
of a different form.
So much for their generation into one another: the next thing will be
to say what
is the form in which each has been created,
and by the combination of what numbers.
We will begin with the form
which
is simplest and smallest in its construction.
Its element is the
triangle which has the hypotenuse
double of the shorter side
in length.
If a pair of these are put together so that their
hypotenuses coincide,
and this is done three times,
in such
a way that the hypotenuses
and the shorter sides meet in
one point as a centre,
thus one equilateral triangle has been
formed
and if four equilateral
triangles are combined,
so that three plane angles meet in
a point,
they make at each point one solid angle,
that which
comes immediately next
to the most obtuse of plane angles;
and when four such angles are produced
there is formed the first
solid figure,
dividing its whole surface
into four equal and similar parts.
The second is formed of the same triangles
in sets of
eight equilateral triangles,
bounding every single solid angle by
four planes;
and with the formation of six such solid angles
the
second figure is also complete.
The third is composed of 120
of the elementary triangles united,
and of twelve solid angles,
each contained by five plane equilateral triangles;
and it has
twenty equilateral surfaces.
And the first element,
when it had
generated these figures,
had done its part:
combined in sets of four,
with the right
angles meeting at the centre,
thus forming a single square.
Six
of these squares joined together formed
eight solid angles, each
produced by three plane right angles:
and the shape of the
body thus formed was cubical,
And whereas a fifth figure yet alone remained
"God" used it for the universe in embellishing it with signs
The Dodecahedron
e
The Octahedron
Air
The Icosahedron
Water
The cube
Earth
The Dodecahedron
The aether
Now in reasoning about all these things
someone would
do so musically
if he raised the following point
perplexed as
to whether he should say
that there are indefinitely many cosmoses
or that they’re finite in number
he’d consider the former decree
to be that of someone genuinely inexperienced
in
matters in which he should be experienced.
But as to whether
it’s appropriate to say that cosmoses are
truly by nature one or
five—if that’s the position he took
then he’d be more suitably perplexed.
So then, in keeping with the likely account
our point
of view discloses
that the cosmos is by nature one "god"
while
someone else
having looked elsewhere
to different considerations
will hold other opinions
Let us dismiss him too
and assign the kinds that
have just
now been born
through our account
to
fire and water
and air
and earth
To earth, then, let us give the cubic form
for earth is
the most immobile of the four kinds
and the most malleable of
bodies and it’s a necessity
that the body having the most secure bases
should be this sort of thing most of all.
But among
the triangles we hypothesized at the beginning
the base of the one with equal sides
is by nature more secure
than that with
unequal sides
and
the plane figure put together
out of the former triangle
—the equilateral quadrangle—
more steadfastly based than the equilateral
triangle
That’s why, in assigning this form to earth,
we are preserving the likely account
and of the remaining forms in turn
the least mobile form to water
the most mobile to fire
and the
one in the middle to air
and the smallest body to fire
and the
largest in turn to water
and the one in the middle to air
and
again, the sharpest to fire
the second in sharpness to air
and the
third to water.
Now then, with respect to all these forms
it’s a
necessity for that which has
the fewest bases to be by nature
the
most mobile
being in every way the most cutting
and sharpest
of them all
and furthermore it is the lightest
having been constructed out of
the fewest self-same parts
and the second must
have
these same things
to a second degree
and the third third
Now in keeping with
the correct and likely account
let that
solid which was born
in the form of the pyramid
be element and
seed of fire
and the second in order of birth
let us call element
and seed of air
and the third of water
Now one must think of all
these as being so small
that none of them, taken singly each in
its own individual kind
is seen by us because of their smallness
but when many have been gathered together
then we do see the
masses of them
And in particular
with respect to the proportions
concerning their quantities
and their motions
as well as
their other
powers
one must think that
when these had been
perfected
by the god with precision
wherever the nature of necessity
—willingly and upon being persuaded—
yielded
there
he
joined them together
everywhere in due proportion
From all that we have already said
in the matter of
these four kinds
the facts would seem to be as follows
When
earth meets with fire
and is dissolved by the keenness of it
it
would drift about
whether it were dissolved in fire itself
or in
some mass of air or water
until the parts of it meeting and again
being united became earth once more
for it never could pass
into any other kind
But when water is divided by fire
or by Air it may be formed again
and become one particle of Fire
and two of air
and the divisions of air
may become for every particle
broken up
two particles of fire
And again when fire
is caught
in air or in waters or in earth
a little in a great bulk
moving
amid a rushing body
and contending with it
is vanquished and
broken up
two particles of fire combine
into one figure of
air
and when air is vanquished
and broken small
from two
whole and one half particle
one whole figure of water
will be
composed
Let us also reckon it once again thus
when any
of the other kinds is intercepted
in fire and is divided by it
through the sharpness
of its angles
and its sides
if it forms into
the shape of fire
it at once ceases
from being divided
for a
kind which is
uniform and identical
of whatever sort it be
can
neither be the cause of
any change nor can it suffer
any from
that which is identical
and uniform with itself
but so long as
passing into another kind
a lesser bulk contends with the
greater
it ceases never from being broken
And when the
smaller figures few in number
are caught in a multitude of
larger figures
and are being broken in pieces and quenched
if
they consent to combine into the form of the stronger
they
then and there cease from being quenched
and from fire arises
air, from air water
But if they assail the others
and another
sort meet and contend with them
they cease not from being
shattered until
being entirely repelled and dissolved
they find
refuge with some of their own kind
or being overcome
form
from many of their own figures
one similar to the victorious
element
and there remain and abide with it
Moreover on
account of these conditions
they all are changing their places
for the bulk of every kind are sorted
into separate regions of
their own
through the motion of the recipient
and those which
are altered
from their own nature
and made like some other
are carried by reason
of this movement
to the region proper to
the element to which
they are assimilated
All unmixed and primary bodies
have thus come into being
through the causes we have described
but for the fact that
within the several classes
different kinds exist
we must assign
as
its cause
the structure of
the elementary triangles
it does not
originally produce
in each kind of triangle
one and the same
size only
but some greater and some less
and there are just so
many sizes
as there are kinds
in the classes
and when these
are mixed up with
themselves
or with one another
an endless
diversity arises
which must be examined
by those who would
put forward
a probable theory concerning nature.
Now concerning rest and motion
how they arise
and under what conditions
we must come to an agreement
else
many difficulties will stand in the way
of our argument that is
to follow
This has been already in part set forth
but we have
yet to add that in uniformity
no movement will ever exist
For
that what is to be moved
should exist without that which is to
move it
or what is to move without that which is to be moved
is difficult or rather impossible
but without these there can be
no motion
and for these to be uniform is not possible
So
then let us always
assign
rest to uniformity
and motion to its
opposite
Now the opposite of uniformity
is caused by inequality
and of inequality we have
discussed the origin
But
how it comes to pass
that all bodies are not sorted
off into
their several kinds
and cease from passing through
one another
and changing their place
this we have not explained
Let us
put it again in this way
The revolution of the whole
when it
had embraced the four kinds
being circular, with a natural
tendency
to return upon itself
compresses everything and suffers
no vacant space to be left
Therefore fire penetrates most of
all
through all things
and in the second degree air
since it is
second in fineness
and the rest in proportion
For the substances which are formed
of the largest parts have the most
void
left in their structure
and those made of the smallest
have
the least
Now the constriction of this
contracting force
thrusts
the small particles
into the interspaces
between the larger
so
that when small
are set side by side with great
and the lesser
particles divide the greater
while the greater compress the
smaller
all things keep rushing backwards
and forwards to their
own region
since in changing its bulk
each changes its proper
position in space
Thus owing to these causes
a perpetual disturbance of uniformity
is always kept up and
so preserves the
perpetual
motion of matter
now and henceforth
without cessation.
Next we must remember
that of fire there are many
kinds
for instance flame and that effluence from flame
which
burns not but gives light to the eyes
and that which remains in
the embers
when the flame is out
And so with air: the purest
is that which is called
by the name of aether
and the most
turbid is mist and gloom
and there are other kinds which have
no name
arising from the inequality of the triangles.
Of water
there are two primary divisions
the liquid
and the fusible kind.
The liquid sort owes its nature
to possessing the smaller kinds
of watery atoms
unequal in size
and so it can readily either
move of itself
or be moved by something else
owing to its lack
of uniformity
and the peculiar shape of its atoms
But that
which consists of larger
and uniform particles is more stable
than the former and heavy
being stiffened by its uniformity
but when fire enters into it and breaks it up
it loses its uniformity
and gains more power of motion
and as soon as it has
become mobile
it is thrust by the surrounding air
and spread
out upon the earth
and it has received names
descriptive of
either process
melting of the dissolution of the mass
flowing
of the extension on the ground.
But when the fire goes forth
from it again
seeing that it does not issue into empty space
the
neighbouring air receives a thrust
and while the liquid mass is
still mobile
it forces it to fill up the vacant places
of the fire and
unites it with itself
And being thus compressed and recovering
its uniformity
seeing that fire the creator of inequality
is
quitting it, it settles into its normal state
And the departure of
fire we call cooling
and the contraction that ensues on its withdrawal
we class as solidification
Of all the substances which
we have ranked as fusible kinds of water
that which is densest
and formed of the finest and most uniform particles,
a unique
kind, combining brightness with a yellow hue,
is gold a most
precious treasure
which has filtered through rocks and there
congealed:
and the 'offspring of gold'
which is extremely hard
owing to its density
and has turned black
is called adamant
Another has particles resembling those of gold
but more than
one kind
in density it even surpasses gold
and has a small
admixture of fine earth
so that it is harder, but lighter,
because
it has large interstices within
this formation is one of the
shining
and solid kinds of water and is called bronze
The
earth which is mingled with it
when the two through age begin
to separate again
becomes visible by itself and is named rust
And it were no intricate task to explain
all the other substances
of this kind
following the outline of our probable account
For if we pursue this as a recreation
and while laying down the
principles of eternal being
find in plausible theories of becoming
a pleasure that brings no remorse in its train
we may draw from
it a sober and sensible amusement
during our life
Now therefore setting out in this way
let us go on to discuss the probabilities
that lie next on the same subject.
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