Proof of the Existence
of at Least One Unconditioned Reality
This proof will consist
of three substeps:
A) A complete
disjunction elucidating the whole range of possible options for all reality.
B) Proof that a finite
number of conditioned
realities cannot ground the existence of any conditioned reality.
C) Proof that an
infinite number of conditioned realities cannot ground the existence of any
conditioned reality.
1. Complete Disjunction
Elucidating the Whole Range of Possibilities for All Reality
In all reality (R), R
could have either no unconditioned reality (“Hypothesis ∼UR”), or one or more unconditioned realities
(“Hypothesis UR”), not neither, not both (complete disjunction). Both options
cannot be false because the whole range of possibilities for R are covered by
these two options. Both
options cannot be true because this would violate the principle of non-contradiction.
Therefore, one and only one option can be and must be true.
I A. Definitions
“Conditioned
reality” means any reality (e.g., individual, particle, field,
wave, structure, spatio-temporal continuum, spatio-temporal position, physical
laws – e.g., E = MC2) which is dependent
upon another reality for its existence or occurrence. For example, a cat is a
conditioned reality because it depends on cells and structures of cells for its
existence. Without such cells and their specific structure, the cat would
simply not exist. Similarly, cells are conditioned realities because they
depend on molecules and specific structures of molecules for their existence.
Likewise, molecules are conditioned realities because they depend on atoms and
structures of atoms. Atoms are dependent on quarks and structures of quarks,
and so forth.
“Conditions”
means any reality (e.g., individual, particle, field, wave, structure,
spatio-temporal continuum, spatio-temporal position, physical laws – e.g.,
E=MC2) upon which a conditioned reality[5] depends for its existence or occurrence. For
example, cells
are the conditions of cats, molecules the conditions of cells, etc.
“Unconditioned
reality” means a reality which does not depend on any other reality of any kind for its existence or occurrence.
II A. Consequences of
the Complete Disjunction
Notice that the first
option in the above disjunction (Hypothesis ∼UR – “there are no unconditioned realities in
all reality”) can be restated as: “in all reality (R), there are only
conditioned realities.” For it is equivalent to say, “there are no
unconditioned realities in all reality” as to say, “there are only
conditioned realities in all reality.”
Note that if option #1
is false, then option #2 must be true, because one, and only one, of these two
disjunctive options can be, and must be true. The remainder of Section II will
be concerned with showing that option #1 must be false for all reality. This
will prove, by disjunctive syllogism, that option #2 must be true, and
therefore, there
must exist at least one unconditioned reality in all reality.
For any conditioned
reality (CR), CR can depend either on a finite number of conditions or an
infinite number of conditions, not neither, not both (complete disjunction).
Both options cannot be false because all possibilities are covered by these two
options. Both options cannot be true because that would violate the principle
of non-contradiction. Let us call option 1 “Hypothesis F” and option 2 “Hypothesis ∼F.” Section II.B (below) will show that
“Hypothesis F” must always be false for any conditioned reality. Section II.C
will show that “Hypothesis ∼F” must also be false for any conditioned
reality. Therefore, no conditioned reality can exist under “Hypothesis F” or
“Hypothesis ∼F.” If these two
hypotheses cover the whole range of possibilities for any conditioned reality,
then no conditioned reality could exist in all reality if there
are only conditioned realities in all reality. Therefore, at least one
unconditioned reality must exist.
II.B. Proof that
“Hypothesis F” Must be False for any Conditioned Reality (CR)
1. If any conditioned
reality (CR) is dependent on only a finite number of conditions for its
existence (“Hypothesis F”), then there would have to be a most
fundamental condition (“last condition”) upon which the CR
depends. For example, a quark or some other more fundamental conditioned
reality would have to be the most fundamental condition (“last condition”) upon
which a CR – say, a cat – depends. This temporarily ignores the possibility of
a circular set of conditions which will be disproved in Section II.D below.
2. “Hypothesis ∼UR” (under which “Hypothesis F” is being
considered) asserts that there are no unconditioned realities in all
reality. This is equivalent to asserting that there
are only conditioned realities. Therefore, the most fundamental condition
for any conditioned reality (CR) would have to be a conditioned reality (since
we have hypothesized in “Hypothesis ∼UR” that there are only conditioned realities in
all reality).
3. If we ignore the
possibility of a circular set of conditions for the moment, then the most
fundamental condition (last condition) must be a conditioned reality whose
conditions are not fulfilled. The last condition must have conditions
because it is a conditioned reality (according to “Hypothesis ∼UR”), and its conditions cannot be fulfilled
because it is the last, or terminating condition (according to “Hypothesis F”). Therefore, the
combination of “Hypothesis F” and “Hypothesis ∼UR” requires that the last condition be a
conditioned reality whose conditions are not fulfilled. But “a conditioned
reality whose conditions are not fulfilled” is literally nothing.
4. If the combination of
“Hypothesis ∼UR” and “Hypothesis F”
requires that the most fundamental condition be non-existent (nothing), then all
conditioned realities hypothetically dependent on it would also have to be
non-existent, in which case the conditioned reality would never
exist.
Therefore, no
conditioned reality can exist under both hypotheses “∼UR” and “F.” Therefore, “Hypothesis F” under
“Hypothesis ∼UR” must be false for
any conditioned reality in all reality.
II.C. Proof that
“Hypothesis ∼F” Must be False for any
Conditioned Reality (CR)
1. According to
“Hypothesis ∼F,” any conditioned
reality is dependent on an infinite number of conditions being fulfilled for
its existence. This means there is no “most fundamental condition”
(“last condition”).
2. If there is no “most
fundamental condition,” then the number of conditions upon which CR depends is
always 1+ more than can ever be achieved, and is therefore unachievable.
3. If CR depends on an
unachievable number of conditions being fulfilled for its existence, it will
never exist (a priori). In other words if CR (say, a cat) is dependent upon a
dependent upon a dependent upon a dependent, ad infinitum, in order to come into
existence, it will never come into existence. Its conditions will never be
fulfilled.
4. Therefore, no
conditioned reality can exist under “Hypothesis ∼F.” Therefore, “Hypothesis ∼F” is false for any conditioned reality.[6]
II.D. Proof that a
Circular Set of Conditions is False for Any CR
It may at first seem
that a circular set of conditions is an intermediate or
alternative position to hypotheses F and ∼F. As will be shown in a moment, it is not.
“Circular set of conditions” means reciprocal conditionality, where CRa depends
upon CRb for its existence, while CRb depends on CRa for its existence. It can
be shown that “CRa’s dependence on CRb’s dependence on CRa’s dependence… etc.,”
would
not allow either to exist; but in order to show the fallacy of
circular conditionality within the context of hypotheses F and ∼F, I have chosen the following argument.
1. Let us suppose there
is a circular arrangement of conditioned realities, where CRa is dependent on
CRb, which is, in turn, dependent on CRc, which is, in turn, dependent on CRa.
One may postulate any
number of CRs in the circle that one wishes (even an infinity). The question is
not how many conditioned realities are in the circle, but rather how many
conditions each conditioned reality is dependent on in the circle. There are,
again, two disjunctive options to respond to this question: (a) each
conditioned reality is dependent on a finite number of conditions (implying a
last condition), or (b) each conditioned reality is dependent on an infinite
number of conditions (implying no last or terminating condition).
This is completely disjunctive; therefore, if the circularity hypothesis is to
be tenable, then one of these hypotheses must be true. If neither of the hypotheses
is true, then the circularity hypothesis cannot be tenable.
2. If it is postulated
that the circle corresponds to “Hypothesis F” (that each CR in the circle is
dependent on a finite number of conditions), then there must be a last
condition in the circle. Let us say that the last condition is CRc (though it
could be any CR one wishes on any rotation through the circle). The last
condition would have to be a “conditioned reality whose conditions are not
fulfilled,” in which case it would not exist (because inasmuch as it is the
last condition, its conditions will not be fulfilled). All other conditioned
realities in the circle which depend on CRc (which would be all CRs in the
circle) would likewise not exist. The circle would therefore not be able to
come into existence. Notice that this is simply a restatement of the disproof
of “Hypothesis F” in Section II.B above.
3. Let us hypothetically
entertain the other side of the disjunction, namely that every CR in the circle
is dependent on every other CR an infinite number of times (because there is no
last condition). This means that every CR in the circle is dependent upon an
infinite number of conditions being fulfilled. Since an infinite dependence is unachievable,
every CR in the circle would have to be dependent on an unachievable number of
conditions being fulfilled. Again, the circle would not be able to come into
existence. Notice that this is simply a restatement of the disproof of
“Hypothesis ∼F” given in Section II.C
above.
4. Inasmuch as a circle
must imply either that each conditioned reality is dependent on a finite number
of conditions (having a last condition) or that each conditioned reality is
dependent on an infinite number of conditions (because there is no last
condition), and since both sides of this disjunction are false (i.e., will not
allow any of the conditioned realities within the circle to exist), then a
circle of dependent conditions cannot explain the existence of any of its constituents,
and therefore, cannot represent a real state of affairs.
II.E. Conclusion: There
Must Exist at Least One Unconditioned Reality in All Reality
1. If hypotheses F and ∼F are both false for any conditioned reality,
and if hypotheses F and ∼F
represent the whole range of possibilities for any conditioned reality, and if
a circle is not an alternative position to hypotheses F and ∼F (it is merely a restatement of either of them)
then no CR can exist under either or both hypotheses.
2. If no CR can exist
under either or both hypotheses, then there cannot be only conditioned
realities in “all Reality.”
3. Therefore, by
disjunctive syllogism, there must be at least one unconditioned reality in all
Reality. To deny this would require affirming either hypothesis F or ∼F, or both; but such an affirmation is absurd,
for nothing, not even this writer, would then be able to exist.
II.F. Another Refutation
of Hypothesis ∼UR
There is an even more
fundamental ontological problem with Hypothesis ∼UR than the ones stated above, namely, that an infinite number of
conditioned realities without an unconditioned reality is equivalent to
absolutely nothing. Recalling that Hypothesis ∼UR means that there are only CRs in reality,
then CR1 would have to depend on some other conditioned reality, say, CR2 in
order to exist. Hence, it is nothing until CR2 exists and fulfills its
conditions. Similarly, CR2 would also have to depend on some other conditioned
reality, say, CR3 for its existence, and it would likewise be nothing until CR3
exists and fulfills its conditions. And so forth, ad infinitum. Since
every hypothetical conditioned reality is dependent upon other nonexistent
conditioned realities for its existence, it will never come into existence.
It does not matter whether one posits an infinite number of them; for each one
in the series of dependence is still equal to nothing without the reality of
the others. But if the “others” are nothing without others, and those “others”
are nothing without still others, it does not matter if one postulates an
infinite number of others (or arranges the infinite number of others in a
circle). They are all still nothing in their dependence upon
nonexistent conditions. Therefore, Hypothesis ∼UR will always result in all reality being
nothing, which readers will
hopefully view as false, since they are reading this proof. Once again, we see
the necessity for the existence of at least one unconditioned reality in all
reality, and recognize that an unconditioned reality will have to be
the ultimate fulfillment of all conditioned realities’ conditions.
Missing Steps of the
Proof
Proof that an
unconditioned reality must be absolutely simple.
For steps two through
four of the proof (described below), refer to NPEG, Chapter Three, Sections II
through IV. For a lecture presentation of the proof in its entirety, see PID
Units 7-12. For students who are unfamiliar with logic or who want to refresh
themselves on basic syllogisms, see PID Units 7-8.
Proof that an absolutely
simple reality must be absolutely unique (one and only one).
Proof that the one
absolutely simple unconditioned reality must also be unrestricted in its power
or act.
Step One proved that
there must be at least one unconditioned reality in “all reality.” Steps Two
and Four show that there can be only one unconditioned reality, because an
unconditioned reality must be absolutely simple. Step Four goes on to show that
this one absolutely simple reality must be unrestricted in its power or act. We
are now in a position to prove that this one unconditioned reality is the
continuous Creator of all else that is, and this occurs in the Fifth Step