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Tony Thomas
Posted: Sun Dec 21, 2003 9:19 pm
Guest
"mitch" <mitchs@rcnNOSPAM.com> wrote in message
news:3FE272C6.6BB5715@rcnNOSPAM.com...
Quote:
In all fairness, Frege was not the one responsible for interpreting truth
with
respect to model-theoretic objects. But, the current state of affairs is
a
result of logicist thinking that built upon his early work. Note,
however, this
excerpt from "The Frege Reader,"

"[In a diary that he kept from 10 March to 9 May 1924,
Frege wrote, on 23 March: 'My efforts to become clear
about what is meant by number have resulted in failure.
We are only too easily misled by language and in this
particular case the way we are misled is little short
of disastrous.' In the last eighteen months of his life,
Frege attempted to come to terms with this, and drew
the conclusion that arithmetic had to be given a
geometrical rather than logical foundation.
mitch

The idea that geometry (did he mean analytical geometry or Euclidian?) is a
suitable basis for arithmetic is strange. This seems to prefer the notion of
number as extension (interval) to number as counter. It seems to me that
'continuity' is inherent in the primitive idea of number as extension and
'discontinuity' in the idea of number as point. Both point and extension
occur in geometry which renders it paradoxical (the problem of continuity).

Provided that a logical foundation can be freed from the ambiguities of the
meta-language (English, German, French etc) there seems no reason to prefer
geometry to logic. Indeed, I find it difficult to understand how there could
be a geometrical foundation for logic, beyond the topology of sets (say).
This latter approach would soon tax the intuition beyong the third
dimension. The use of purely symbolic means (axiomatics) seems more
practical.

Tony Thomas
mitch
Posted: Thu Dec 25, 2003 3:47 pm
Guest
Immortalist wrote:

Quote:
"mitch" <mitchs@rcnNOSPAM.com> wrote in message
news:3FE272C6.6BB5715@rcnNOSPAM.com...


Immortalist wrote:

"mitch" <mitchs@rcnNOSPAM.com> wrote in message
news:3FD85571.676C24B@rcnNOSPAM.com...


Yuck. You know, I'm just a guy who likes math and knows the
difference
between
a Boolean algebra (Frege and logicism) and a Boolean ring (Kant and
intuitionism).


Can you explain that in a coherent way?


Kant distinguished between analytic and synthetic on the basis of
"identity."
But, this is a somewhat ambigous statement in light of modern
developments.

In this particular instance, I mean that "Every Boolean algebra of sets is
a
Boolean ring of sets" follows from topological closure properties rather
than
the arithmetic properties. The arithmetic difference is in the "group
addition."

Addition in a Boolean algebra of sets is set-theoretic union:

A cup B


Addition in a Boolean ring of sets is set-theoretic symmetric difference:

(A - B) cup (B - A)


Classical model theory requires that the universal quantifier is
interpreted
with a set. This forces model theory to deal with Boolean algebras and
forces
set theory to deal with an infinite regress or a chaotic tree (?) of
models.

Goedel's constructible universe is a "class model." It does not require
one to
define truth in terms of an object. Its axiomatic assertion, V=L,
respects the
mathematical structuralism implicit to Kant's delineation between the
Transcendental Aesthetic and the Transcendental Logic.

In all fairness, Frege was not the one responsible for interpreting truth
with
respect to model-theoretic objects. But, the current state of affairs is
a
result of logicist thinking that built upon his early work. Note,
however, this
excerpt from "The Frege Reader,"

"[In a diary that he kept from 10 March to 9 May 1924,
Frege wrote, on 23 March: 'My efforts to become clear
about what is meant by number have resulted in failure.
We are only too easily misled by language and in this
particular case the way we are misled is little short
of disastrous.' In the last eighteen months of his life,
Frege attempted to come to terms with this, and drew
the conclusion that arithmetic had to be given a
geometrical rather than logical foundation. [...] Frege
distinguishes three sources of knowledge: sense perception,
the logical source of knowledge, and the geometrical and
temporal sources of knowledge. Frege continues to insist
that 'For mathematics on its own, we do not need sense
perception as a source of knowledge' but he now also
rejects logic as providing the sole source of knowledge
of arithmetic. [...]]"


Is he saying that we can get rid of sense perception or that we never needed
it to be able to function without it. Seems irreducable but still observable
if function is uninterupted.


I am not familiar enough with Frege's writings to answer this.

And, to be honest, I am quite confused how one distinguishes anything from sense
perception and simultaneously rejects the notion of synthetic a priori relations
in some sense or another. Frege does not do that here. His understanding of
geometry as synthetic a priori cognition is on record.

:-)

mitch
mitch
Posted: Thu Dec 25, 2003 5:09 pm
Guest
Tony Thomas wrote:

Quote:
"mitch" <mitchs@rcnNOSPAM.com> wrote in message
news:3FE272C6.6BB5715@rcnNOSPAM.com...
In all fairness, Frege was not the one responsible for interpreting truth
with
respect to model-theoretic objects. But, the current state of affairs is
a
result of logicist thinking that built upon his early work. Note,
however, this
excerpt from "The Frege Reader,"

"[In a diary that he kept from 10 March to 9 May 1924,
Frege wrote, on 23 March: 'My efforts to become clear
about what is meant by number have resulted in failure.
We are only too easily misled by language and in this
particular case the way we are misled is little short
of disastrous.' In the last eighteen months of his life,
Frege attempted to come to terms with this, and drew
the conclusion that arithmetic had to be given a
geometrical rather than logical foundation.
mitch

The idea that geometry (did he mean analytical geometry or Euclidian?) is a
suitable basis for arithmetic is strange. This seems to prefer the notion of
number as extension (interval) to number as counter. It seems to me that
'continuity' is inherent in the primitive idea of number as extension and
'discontinuity' in the idea of number as point. Both point and extension
occur in geometry which renders it paradoxical (the problem of continuity).


Well, all the problems begin with Descartes because he put numbers on the
plane. So, let's just forget the appository question--especially since Dedekind
did it a second time when he put numbers on a line.

In the Peano axioms, there is a subtle axiom that no one ever investigates
because it appears so trivial:

n+1=m+1 -> n=m

I spent the last year being the subject of ridicule on sci.logic for trying to
talk about the nature of the identity predicate. Standard paradigms treat it as
a formal symbol of the language. I am more than willing to accept that
construct--except in the realm of set theory as a foundation for mathematics
(set theory investigated as a formal system in its own right also works for me;
its the "foundation for mathematics" part that changes everything).

In my opinion, the evidence of mathematical facts suggests that this is actually
a "distillation" of the polynomial factorization,

(n^2 -1)=(n+1)(n-1)

For n>1, (n^2 - 1)>(n+1)

Your question about continuity speaks to a lot of careful work done by Hilbert
in "Foundations of Geometry" where a number of geometric concepts easily derived
with continuity axioms were shown to be independent of such. These geometric
intuitions can then be recast in terms of simplical homology and Alexandov's
definition for a nerve in combinatorial topology because of what Hilbert and
Dehn did with equidecomposability and equicomplementability.

Your question about discontinuity speaks to a distinction between discontinuous
groups and abelian groups as captured in the description of model operators on
Heisenberg manifolds. For the sake of simplicity, I use the schema,

(index=0) -> x + z + xz

~(index=0) -> x + z

But, the actual definition of interest is

"Definition: The group structure associated to a
point (y e U) is given by a translation, which is
expressed in terms of the coordinates by

(x*z)_0 = x_0 + z_0 + 1/2( Sum_(j,k=1 -> d) b_(j,k)*x_k*z_j

(x*z)_j = x_j + z_j 1<=j<=d

where the b_(j,k) are constants."

This definition resolves to an abelian group or a Lie group.

Lie groups are discontinuous, and the simplest mathematical theory in which they
appear is complex analysis. You get all of the classical logic you need by
comparing the discussion of separating hyperplanes in threshold logic with the
discussion of modular linear fractional transformations in complex analysis.
Except that in the framework of the elliptic modular function, you get the
benefit of seeing how information theory and classical logic exist in some
relation to one another. The relevant concept is a Shannon pseudofunction from
constructive mathematics.

As for the commutative sense of an abelian group, I would suggest reading Kant's
discussion of reciprocity. The algebraic structures of interest that give rise
to commutative identities are called pseudolattices and are associated with
double quasi-orders. You might take a look at Gardenfors work in semantics (he
cites "Lattice Theory" by Birkhoff for betweenness principles) or Smith's work
in mereotopology to see that there is a lot of useful things that can be done
with order relations regardless of how they are grounded with a set theory.

Well, that is probably too much math. But, I really have the impression that a
lot of analytic philosophy is being done on the *archetypes* of sets and numbers
from a century ago without considering the refinements in mathematics that make
those insights obsolete. Perhaps, I am wrong about this.



Quote:

Provided that a logical foundation can be freed from the ambiguities of the
meta-language (English, German, French etc) there seems no reason to prefer
geometry to logic.

It is not really geometry.

The complex number system is algbraically closed. To the extent that a
universal quantifier expresses informational completeness for truth, it is
through algebraic closure of its axioms via a model.

The idea of building numbers up from the natural numbers seems odd to me since
mathematics has a number system with a closed sense of what it means to be a
number.

As a general framework for understanding truth-functional logic, I would suggest
to anyone that they should be reading texts on threshold logic. The use of
separating hypersurfaces offers a clear insight to the nature of
truth-functionality for propositional connectives. This relationship sees one
extension to matrix algebra in the input-output models of economics.
Circuitously, that same relationship to matrix algebra is captured again in
quantum mechanics through the discontinuous group structures of complex
analysis.

In complex analysis, the linear fractional transformations are categorized
analytically into elliptic, parabolic, hyperbolic, and loxodromic forms.

This is just not the way that analytical philosophy thinks about its subject
matter.

And, by the way, in the last year of being ridiculed on sci.logic, I am well
aware that analytical philosophy grounds its usage in natural language. I have
no problem with the priorities of analytical philosophy. It is just where they
begin by claiming that "mathematics is a formal language" in order to apply
their paradigm.

Almost anyone not involved with this debate would concur with the statements,

"mathematics is a universal language"
"music is a universal language"

The fact of the matter is that logicism did not meet its burden of proof. It is
a travesty that the political correctness of curriculum committees is subjecting
students to a situation that suggests otherwise.

You might want to look at a subject called protoalgebraic logic. Except for the
form of a deductive calculus, it completes the material I have alluded to here
with regard to distinguishing mathematics from analytical philosophy.

But, I would probably have difficulties explaining that to many with
philosophical training. Also, I might yet find some surprises that would make
me rethink my ideas. Fair is fair.



Quote:
Indeed, I find it difficult to understand how there could
be a geometrical foundation for logic, beyond the topology of sets (say).

It is my understanding that logicians perceive their domains in terms of
conjunction.

x and y

In combinatorial topology, Alexandrov defined a nerve to be a labeling of sets
(vertices) that were combined according to set intersection,

x cap y

As long as we are not debating set theory as a foundation for mathematics, there
is no problem.

But, you should look up the work of Peter Gardenfors on semantics. He is using
betweenness and dimension number. Betweenness is lattice-theoretic with strong
relationship to geometric betweeenness. Dimension number is from topology.




Quote:

This latter approach would soon tax the intuition beyong the third
dimension.

Prior to Frege, the nineteenth century was investigating algebraic curves of
high order. People like Plucker were advocating for a general understanding of
incidence. I do not have the quote with me, but, in effect, he was saying that
certain algebraic systems should be treated as higher dimensional systems.

And, yes, it is very taxing thinking about these things. I inadvertently
stumbled on an open question nearly twenty years ago now.

Knot logic involves mapping three-dimensional knots to planar representations
and then analyzing those representations relative to polynomials.

MacLane begins his classic work on category theory discussing the concept of a
metagraph. In graph theory, you have to deal with embeddings of K_5 on a torus
and K_(3,3) on a Moebius strip.

The relationship between these ideas is separation relative to a Jordan
separation (either a smooth curve, or a piecewise curve). But, this gets
expressed once again in complex analysis with Ahlfor's five island theorem.



Quote:
The use of purely symbolic means (axiomatics) seems more
practical.


Practicality is not a universal. Paradigms must be decided with respect to the
utility of the users. I respect those for whom a simple Bible suffices. They
are no more likely to drive humanity to its destruction than the skeptics of the
schools. And, every bit of the mathematics I have described here is encoded in
the numerology of the various ethical teachings.

:-)

mitch
mitch
Posted: Thu Dec 25, 2003 5:43 pm
Guest
HPO Jury = Malenoid wrote:

Quote:
On Thu, 18 Dec 2003 21:38:46 -0600, mitch <mitchs@rcnNOSPAM.com
wrote:



Immortalist wrote:

"mitch" <mitchs@rcnNOSPAM.com> wrote in message
news:3FD85571.676C24B@rcnNOSPAM.com...


Yuck. You know, I'm just a guy who likes math and knows the difference
between
a Boolean algebra (Frege and logicism) and a Boolean ring (Kant and
intuitionism).


Can you explain that in a coherent way?


Kant distinguished between analytic and synthetic on the basis of "identity."
But, this is a somewhat ambigous statement in light of modern developments.

You are talking about Immanuel Kant, 18th century Critical
philosopher, correct? Because that sure doesn't sound like the "Kant"
myself and others are familiar with.


Malenor,

If you think I have mistated my quotes in the other reply, please let me know.

I wish I had your knowledge practical reason and judgement. Your input on things
where I went too far afield would add a lot to Immortalist's questions. I know my
limitations.

On the other hand, Kant enjoyed a certain resurgence in the nineteenth century as
a philosophy of science and was embroiled in the twentieth century disputes on the
foundations of mathematics. I ended up where I am because of "reverse
engineering" things I had been taught until I concluded that Kant's explanation of
mathematics as synthetic a priori knowledge was the only reasonable conclusion.

I never expect anyone to understand the mixture of my discussions anymore. As I
understand it from casual reading of newsgroup posts, Kant thought the sciences
should not confuse their subject matter. But, most of them reverted to
mathematics as a means of justification.

As you have noted with respect to Einstein and general relativity, there are
teleological principles at work. The introduction of formal languages and
deductive calculi have motivated analytical philosophers to a form of reductionism
wherein epistemic logic is a variant of modal logics. In turn, completeness in
modal logics is closely related to the formalisms used to investigate temporal
logics. In fact, there is only one altered axiom between the epistemic logic of
philosophers and the epistemic foundatin used for temporal logic in computational
systems. On the other hand, Frege tried to use his formal system to ground
arithmetic, and, this program of logicism was cemented by Russell and Whitehead.
Of course, Kant had associated arithmetic with temporality.

In the meantime, Husserl observed that the development of probability theory
should be viewed as evidence for rejecting the idea that mathematics was simply
the science of number. While Russell and Whitehead pushed forward with a calculus
intended to ground arithmetic, physicists pursued explanation of phenomena
associated with spatio-temporal intuition along two lines of evidence. Einstein's
commitment to the continuum can be captured through Hilbert's geometry and later
work by Alexandrov in combinatorial topology. The issue is decomposition of space
into tetrahedra and the fact that a tetrahedral simplex has a relative metric with
the same polynomial form as an expectation in probability theory (actually, that
is true of any relative metric). The other line of investigation was, of course,
quantum mechanics. Most people are aware of its close association with
probabilities.

But, very few people are aware of the close association of geometric sphere
packing problems with the error correction codes used in analog-to-digital
quantization. Moreover, the geometric representations involved are tetrahedra
whose apex is the point at infinity for a spherical geometry, whose spherical
triangle is the intersection of the tetrahedral frontier with the fixed sphere,
and whose planar triangle is the intersection with the plane corresponding with
the spherical geometry.

I suppose we should also keep in mind that Frege did not read a great deal of
Kant's philosophy before grounding modern analytical philosophy. The idea of
cardinal number and its representation in set theory is closely associated with
the notion of objects under a concept.

Really. How long do you think it would be before someone would read Kant and
decide that the ambiguities of modern set theory were just plain nonsense?
Mathematics is *not* a justification for knowledge.

:-)

mitch
HPO Jury = Malenoid
Posted: Thu Dec 25, 2003 8:21 pm
Guest
On Thu, 25 Dec 2003 16:43:06 -0600, mitch <mitchs@rcnNOSPAM.com>
wrote:

Quote:


HPO Jury = Malenoid wrote:

On Thu, 18 Dec 2003 21:38:46 -0600, mitch <mitchs@rcnNOSPAM.com
wrote:



Immortalist wrote:

"mitch" <mitchs@rcnNOSPAM.com> wrote in message
news:3FD85571.676C24B@rcnNOSPAM.com...


Yuck. You know, I'm just a guy who likes math and knows the difference
between
a Boolean algebra (Frege and logicism) and a Boolean ring (Kant and
intuitionism).


Can you explain that in a coherent way?


Kant distinguished between analytic and synthetic on the basis of "identity."
But, this is a somewhat ambigous statement in light of modern developments.

You are talking about Immanuel Kant, 18th century Critical
philosopher, correct? Because that sure doesn't sound like the "Kant"
myself and others are familiar with.


Malenor,

If you think I have mistated my quotes in the other reply, please let me know.

The reason I said that was because I can't locate your idea that 'Kant
distinguished between analytic and synthetic on the basis of
"identity", ' in the Kantian literature. And for the most part, I
don't know what you meant by it anyway.

Quote:
I wish I had your knowledge practical reason and judgement. Your input on things
where I went too far afield would add a lot to Immortalist's questions. I know my
limitations.

I don't know where you went too far afield. But like many usenet
posters, you know your history well, or at least I can't dispute it
without engaging in a lot of research, as the material below shows.

Quote:
On the other hand, Kant enjoyed a certain resurgence in the nineteenth century as
a philosophy of science and was embroiled in the twentieth century disputes on the
foundations of mathematics. I ended up where I am because of "reverse
engineering" things I had been taught until I concluded that Kant's explanation of
mathematics as synthetic a priori knowledge was the only reasonable conclusion.

I never expect anyone to understand the mixture of my discussions anymore. As I
understand it from casual reading of newsgroup posts, Kant thought the sciences
should not confuse their subject matter. But, most of them reverted to
mathematics as a means of justification.

(and then you ended by saying):

Quote:
Mathematics is *not* a justification for knowledge.

Mathematics is only the formalization of knowledge, or even just the
formalization of a hypothesis. Or in the case of analytics, it is the
formalization of scientific systems that do not yet find any
application in reality, which only have potential objectivity. I don't
see anything anti-Kantian about that. Kant's concern with faculties
and their interrelationships alone, a priori, is a definite
predecessor to modern analytics.

Quote:
As you have noted with respect to Einstein and general relativity, there are
teleological principles at work. The introduction of formal languages and
deductive calculi have motivated analytical philosophers to a form of reductionism
wherein epistemic logic is a variant of modal logics. In turn, completeness in
modal logics is closely related to the formalisms used to investigate temporal
logics. In fact, there is only one altered axiom between the epistemic logic of
philosophers and the epistemic foundatin used for temporal logic in computational
systems. On the other hand, Frege tried to use his formal system to ground
arithmetic, and, this program of logicism was cemented by Russell and Whitehead.
Of course, Kant had associated arithmetic with temporality.

In the meantime, Husserl observed that the development of probability theory
should be viewed as evidence for rejecting the idea that mathematics was simply
the science of number. While Russell and Whitehead pushed forward with a calculus
intended to ground arithmetic, physicists pursued explanation of phenomena
associated with spatio-temporal intuition along two lines of evidence. Einstein's
commitment to the continuum can be captured through Hilbert's geometry and later
work by Alexandrov in combinatorial topology. The issue is decomposition of space
into tetrahedra and the fact that a tetrahedral simplex has a relative metric with
the same polynomial form as an expectation in probability theory (actually, that
is true of any relative metric). The other line of investigation was, of course,
quantum mechanics. Most people are aware of its close association with
probabilities.

But, very few people are aware of the close association of geometric sphere
packing problems with the error correction codes used in analog-to-digital
quantization. Moreover, the geometric representations involved are tetrahedra
whose apex is the point at infinity for a spherical geometry, whose spherical
triangle is the intersection of the tetrahedral frontier with the fixed sphere,
and whose planar triangle is the intersection with the plane corresponding with
the spherical geometry.

I suppose we should also keep in mind that Frege did not read a great deal of
Kant's philosophy before grounding modern analytical philosophy. The idea of
cardinal number and its representation in set theory is closely associated with
the notion of objects under a concept.

Most Fregeans don't read a great deal of Kant either.

Quote:
Really. How long do you think it would be before someone would read Kant and
decide that the ambiguities of modern set theory were just plain nonsense?

I don't know. But is it very difficult for a bricklayer to find a
publisher for these ideas?

--
Prof. F: Would there be any context in which an
individual human being would not be an entity?
AR: Almost any of them today.
[Laughter]
--
"Americans want to consume like capitalists,
but work/invest like socialists." Tom Scheeler
mitch
Posted: Fri Dec 26, 2003 12:24 am
Guest
HPO Jury = Malenoid wrote:

Quote:

Really. How long do you think it would be before someone would read Kant and
decide that the ambiguities of modern set theory were just plain nonsense?

I don't know. But is it very difficult for a bricklayer to find a
publisher for these ideas?


Yes.

But, the greater problem is, perhaps, the difficulty of a mathematician to write in a
natural language. :-)

Fregeans have many people with whom to discuss their ideas. It is only recently that
Husserl's influence is being felt in analytical philosophy. There has been a rapid
development of Husserl's theory of part and whole under the title of mereology. The
early formal adopter for this was a Polish logician named Lesniewski. His mentor,
Twardowski, studied under Franz Brentano just as Husserl did.

Anyone interested might find some interest in the work of Claire Oritz Hill and
Guillermo Haddock,

Husserl of Frege?: Meaning, Objectivity, and Mathematics
Open Court
Chicago
2000
ISBN: 0-8126-9417-1


But, for someone advocating Kant, there is a century of logicism that must be
reinterpreted. That is a lot for one person without resources or training. :-)

Thanks for the feedback. I do not wish to tread too heavily and am thankful that I
have not. Much of what I have done requires guesses as to how certain specific
statements are best interpreted after two centuries of change.

:-)

mitch
savaidis
Posted: Fri Dec 26, 2003 1:28 pm
Guest
In my opinion, as God looks that will NOT give ever a sign of his
existance,
there is NOT much difference if He exist really, or exist only in
minds of faithfull people.
Relligions exists, effets people a lot and that matters (possively or
negatively).

Makis


On Tue, 9 Dec 2003 07:07:49 -0800, "Immortalist"
<Reanimater_2000@yahoo.com> wrote:

Quote:

"mitch" <mitchs@rcnNOSPAM.com> wrote in message
news:3FD55D82.B3D9F2AF@rcnNOSPAM.com...


Orb wrote:

So, I'm writing my final paper for my Kant class, and I've decided to
write on whether or not Kant could conceive of a being that existed
outside of time. I know he had some of notion of a god, but I'm really
more concerned with his view of time (as explained in the Critique of
Pure Reason).

Assuming God exists, and assuming that Kant's view of time and space is
true, what would the nature of such a God be like?

Any ideas?


From my understanding, Kant's basic premise in "Critique of Pure Reason"
is
that the answer to such a question is not meaningful. He does, however,
discuss related issues in the ideal of pure reason--a later section of the
book.

You might consider posting your question to alt.philosophy.kant. There
are
one or two knowledgeable individuals that might be able to help you more
substantially.


Hey Mitch what do you think of what these Yahoo's gotta say about Kant, God
& Time?

For Kant the Christian could have faith in God, and this faith would be
consonant with reason and the categorical imperative. Given that human
beings have the autonomy to create moral values, it would not be irrational
to believe in a God who gives purpose to the moral realm.

S?ren Kierkegaard (1813-1855) agreed with Kant that the existence of God
could not be proven by reason. However Kierkegaard did not think that it was
rational to believe in God, rather one should have faith in God even if this
seems to reason to be absurd. To put it another way reason has no place in
faith. God is beyond reason.

http://www.philosopher.org.uk/god.htm

---------------------------------

But if the mind actively generates perception, this raises the question
whether the result has anything to do with the world, or if so, how much.
The answer to the question, unusual, ambiguous, or confusing as it would be,
made for endless trouble both in Kant's thought and for a posterity trying
to figure him out. To the extent that knowledge depends on the structure of
the mind and not on the world, knowledge would have no connection to the
world and is not even true representation, just a solipsistic or
intersubjective fantasy.

Kantianism seems threatened with "psychologism," the doctrine that what we
know is our own psychology, not external things. Kant did say, consistent
with psychologism, that basically we don't know about
"things-in-themselves," objects as they exist apart from perception. But at
the same time Kant thought he was vindicating both a scientific realism,
where science really knows the world, and a moral realism, where there is
objective moral obligation, for both of which a connection to external
existence is essential.

And there were also terribly important features of things-in-themselves that
we do have some notion about and that are of fundamental importance to human
life, not just morality but what he called the three "Ideas" of reason:
God, freedom, and immortality. Kant always believed that the rational
structure of the mind reflected the rational structure of the world, even of
things-in-themselves -- that the "operating system" of the processor, by
modern analogy, matched the operating system of reality.

But Kant had no real argument for this -- the "Ideas" of reason just become
"postulates" of morality -- and his system leaves it as something
unprovable. The paradoxes of Kant's efforts to reconcile his conflicting
approaches and requirements made it very difficult for most later
philosophers to take the overall system seriously.

http://www.friesian.com/kant.htm

-------------------------------------

Kant locates the order of nature in reason. Reason does for the
understanding what understanding does for the manifold of intuition - "the
understanding is an object for reason, just as sensibility is for the
understanding." Reason's regulative capacity renders the unconditioned
totality of objects systematic. There are three ideas of reason: self, world
and God. God is the Ideal of Reason, whose concept

aims . . . at complete determination in accordance with a priori rules.
Accordingly it thinks for itself an object which it regards as being
completely determinable in accordance with princi ples,

that is, in accordance with universal a priori cognition. This ideal of the
ens realissimum, of the universal concept of a reality in general, is then
thought of as containing the being of all beings. But as an idea of reason,
the ens realissimum is never met with in appearances. The Ideal of Reason
does not satisfy the transcendental conditions and so cannot be considered
objectively real. As such, Kant holds that the existence of God cannot be
proved by speculative reason.

Kant argues that there are three, and only three, possible ways in which
speculative reason can argue for the existence of God, characterized as the
Ideal of Reason. But all fail to prove God's existence. Reason, according to
Kant's analysis, can attempt to prove God's existence by either an empirical
or a transcendental path, both of which involve going beyond the scope of
reason to the transcendental concept. Consequently, Kant first discusses the
transcendental proof of God's existence, arguing that the other proofs
ultimately depend on it. The ontological argument moves from idea to
existence, arguing that the essence of a supreme and perfect being involves
existence. Kant argues that this type of proof fails to recognize that
existence is not a predicate, and that to call it so is to claim that there
is a quality in the world corresponding to it.

...In his two earlier works, Kant asks the question 'How is the realm of
possibility possible?', whereas in the Critique the question of possibility
has become an epistemological problem rather than an ontological one. The
problem is now seen in terms of a structure of conditions related to the
possibility of cognition, not as a problem requiring the proof of a single
actual ground. Kant's argument that existence is not a predicate is given
new force by his transcendental analysis, which shows that God's existence
is not an issue in the realm of reason. If the transcendental analysis is
accepted, and we therefore see that all existential propositions are
synthetic, we cannot, without contradiction, maintain that existence is a
predicate.

...Kant's rejection of all possible proofs of God's existence and his moving
God out of the sphere of ontology, rules out the traditional ground of a
systematic universe. He therefore must provide some other explanation of how
we perceive the world as systematic and purposive.26 Some principle of
systematicity is necessary to account for the interconnectedness or
coherence we perceive in nature. Kant explains systematicity in terms of
epistemology. For Kant, systematicity is the creative organization of our
cognition of nature in accordance with certain regulative principles. These
principles are the ideas of reason. Reason prescribes a logical principle
that assists

the understanding by means of ideas, in those cases in which the
understanding cannot by itself establish rules, and at the same time ...
give[s] to the numerous and diverse rules of the understanding unity or
system under a single principle.

At the level of the understanding there is no system. An idea, as a
regulative principle, supplies a rule for systematization. Kant
distinguishes this from the 'Ideal of Reason', which supplies the notion of
an 'archetype' or individual ground for systematization.28 This too must be
seen as only regulative, as it has no content, that is, 'God' does not
correspond to the concept of God. It is the regulative ideal of nature that
makes possible the unity of nature itself. The Ideal of nature, as
regulative, has a purely methodological status.

Kant moves from systematicity to purposiveness. He argues that saying that
all things are part of a system is tantamount to saying that all things have
a purpose within that system. To see things as systematic, for Kant, is to
see them as in "seemingly purposive arrangements." A move cannot be made
from purposive order to God, because God has no matter of intuition, that
is, God is not 'given' to sensibility and so does not conform to the
transcendental conditions. But there is an analogical correspondence between
systematicity and God. They are logically equivalent and "it must be a
matter of complete indifference to us, when we say we perceive . . . unity,
whether we say that God in his wisdom has willed it to be so, or that nature
has wisely arranged it thus." From a philosophical point of view, God as
creator corresponds to system. The principle of God is not needed to explain
nature. All that is needed is the principle of systematicity. Analogy
between teleology and theology gives meaning or content to our idea of God.
But to designate what the relationship is between God and the world in
itself is completely outside the conditions of possible experience.

In the Critique, it no longer makes sense to ask whether natural laws form a
systematic whole. The ideal of reason is simply the principle of systematic
unity. This unity has no ontological significance, since it does not exist
empirically. Rather it is "a mere fiction," or "a mere illusion," with "no
object that can be met in any experience." When we act according to the
principle of systematicity, we presuppose that nature is a completed system.
Despite this status, Kant claims that we need the idea of systematic unity,
that we "must" assume it. This is, in Kant's eyes, the strongest possible
argument for God - not for the existence of God in the constitutive or
formal sense, as no such proof is possible, but for the meaningfulness of
the idea of God in the cognitive sphere.

IMMORTALIST:
[Therefore it takes time to systematize cognitively?]

The Critique of Pure Reason, then, moves God out of the realm of ontology
and into that of epistemology. The concept of God is involved in cognition,
but is merely an analogical image. From the standpoint of speculative
reason, God has no objective reality. Yet Kant posits two types of reality,
the cognitive and the moral. These two points of view are tied together by
reason. The concept of sensation is not simply a negative boundary to stop
us from bringing up: something that lies behind sensation. Kant wants us to
leave this something completely unspecified in the realm of cognition. God
is indeterminable in the sphere of understanding, determinable in the sphere
of reason, and determinate in the sphere of moral experience. There are then
two view points, the cognitive, which includes understanding and reason, and
the realm of moral experience. Kant retains the reality and determinability
of God in the sphere of moral experience. Only the reality of God makes
morality possible. In terms of empirical cognition, however, we cannot go
beyond the bounds of the a priori conditions. Only Kant's analysis of moral
experience lets us go beyond the analogical level.

God in Kant's Critique of Pure Reason
http://www.mun.ca/phil/codgito/vol3/v3doc1.html


:-)

mitch



 
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