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114<br />
THE FOURTH DIMENSION<br />
Now let us examine carefully one particular case of<br />
arbitrary interchange of the points, a, b, c; as one such<br />
case, carefully considered, makes the whole clear.<br />
Consider the points named in the figure 1c, 2a, 3c;<br />
1c, 2c, 3a; 1a, 2c, 3c, and<br />
1c2a3c 1a2c3c<br />
1c2c3a<br />
Fig. 61.<br />
examine the effect on them<br />
when a change of order takes<br />
place. Let us suppose, for<br />
instance, that a changes into b,<br />
and let us call the two sets of<br />
points we get, the one before<br />
and the one after, their change<br />
conjugates.<br />
Before the change 1c 2a 3c 1c 2c 3a 1a 2c 3c<br />
After the change 1c 2b 3c 1c 2c 3b 1b 2c 3c} Conjugates<br />
<strong>The</strong> points surrounded by rings represent the<br />
conjugate points.<br />
It is evident that as consciousness, represented first by<br />
the first set of points and afterwards by the second set of<br />
points, would have nothing in common in its two phases.<br />
It would not be capable of giving an account of itself.<br />
<strong>The</strong>re would be no identity.<br />
If, however, we can find any set of points in the<br />
cubical cluster, which, when any arbitrary change takes<br />
place in the points on the axes, or in the axes themselves,<br />
repeats itself, is reproduced, then a consciousness represented<br />
by those points would have a permanence. It<br />
would have a principle of identity. Despite the no law,<br />
no order, of the ultimate constituents, it would have<br />
an order, it would form a system, the conditions of a<br />
personal identity would be fulfilled.<br />
<strong>The</strong> question comes to this, then. Can we find a<br />
system of points which is self-conjugate, which is such<br />
that when any point on the axes becomes another other, or