From: William Elliot on
On Sat, 20 Mar 2010, Marshall wrote:
>>
>>>>>>>> MATHEMATICS is a belief system which can be almost mechanically
>>>>>>>> followed.
>>
>>>>>>> False. �Mathematics is not religion. �Religion is belief system.
>>
>>>>>> The premises
>>>>>> �Mathematics is not religion.
>>>>>> �Religion is [a] belief system.
>>>>>> do not imply
>>>>>> �Mathematics is not a belief system.
>>
>>>>> So what? �I didn't say they did.
>>>>> I made three declarative statements.
>>
>>>> Oh, yes, of course. �Just three simple statements, with no inferences
>>>> intended. Of course you did.
>>
>>> Ok, just for you, I'll consolidate the three in one
>>> hallucinated sillygism into the one true utterance.
>>
>>> � �Absurd, you're viewing math as religion.
>>
>> Regardless of the truth of the original claim, he was not evidently
>> viewing math as religion. �People use the term "belief systems" in
>> many different ways, you know. �For instance, as a means of generating
>> or justifying beliefs?
>
> Next up, you can correct his spelling.
>
No, that would change the connotation of what I wrote.

----
From: Jesse F. Hughes on
William Elliot <marsh(a)rdrop.remove.com> writes:

> On Sat, 20 Mar 2010, Jesse F. Hughes wrote:
>> William Elliot <marsh(a)rdrop.remove.com> writes:
>
>>> Absurd, you're viewing math as religion.
>>
>> Regardless of the truth of the original claim, he was not evidently
>> viewing math as religion. People use the term "belief systems" in
>> many different ways, you know. For instance, as a means of generating
>> or justifying beliefs?
>>
> Beliefs are not assumptions.
>

No, they're not. And so?

--
"I am a force of Nature. Time is a friend of mine, and We talk about
things, here and there. And sometimes We muse a bit [...] and then We
watch them go... in the meantime, Time and I, We play with some of
them, at least for a little while." --- JSH and His pal, Time.
From: Jesse F. Hughes on
Marshall <marshall.spight(a)gmail.com> writes:

> On Mar 20, 6:03 pm, "Jesse F. Hughes" <je...(a)phiwumbda.org> wrote:
>> William Elliot <ma...(a)rdrop.remove.com> writes:
>> > On Fri, 19 Mar 2010, Jesse F. Hughes wrote:
>> >> William Elliot <ma...(a)rdrop.remove.com> writes:
>> >>> On Thu, 18 Mar 2010, Jesse F. Hughes wrote:
>> >>>> William Elliot <ma...(a)rdrop.remove.com> writes:
>>
>> >>>>>> MATHEMATICS is a belief system which can be almost mechanically
>> >>>>>> followed.
>>
>> >>>>> False.  Mathematics is not religion.  Religion is belief system.
>>
>> >>>> The premises
>> >>>>  Mathematics is not religion.
>> >>>>  Religion is [a] belief system.
>> >>>> do not imply
>> >>>>  Mathematics is not a belief system.
>>
>> >>> So what?  I didn't say they did.
>> >>> I made three declarative statements.
>>
>> >> Oh, yes, of course.  Just three simple statements, with no inferences
>> >> intended. Of course you did.
>>
>> > Ok, just for you, I'll consolidate the three in one
>> > hallucinated sillygism into the one true utterance.
>>
>> >    Absurd, you're viewing math as religion.
>>
>> Regardless of the truth of the original claim, he was not evidently
>> viewing math as religion.  People use the term "belief systems" in
>> many different ways, you know.  For instance, as a means of generating
>> or justifying beliefs?
>
> Next up, you can correct his spelling.

I would, but I don't have a good head for picking funny pseudonyms.

--
"[Sometimes, I don't know what to do] so I guess. Technically what I
do is called making a hypothesis. It's like what physicists do, and I
basically operate a lot like a theoretical physicist."
-- James S. Harris
From: Marc Alcobé García on
On 18 mar, 16:04, yasu <yasuakik...(a)gmail.com> wrote:
> Thank you,.. I do have some books on the incompleteness theorem.

"Forever undecided" is not only a guide to Gödel's theorems, but also
an introduction to doxastic logic:

http://en.wikipedia.org/wiki/Doxastic_logic

which seemed to be at the heart of your discussion. (It was you who
first mentioned the expression 'belief system').
From: yasu on
On Mar 23, 4:55 pm, Marc Alcobé García <malc...(a)gmail.com> wrote:
> On 18 mar, 16:04, yasu <yasuakik...(a)gmail.com> wrote:
>
> > Thank you,.. I do have some books on the incompleteness theorem.
>
> "Forever undecided" is not only a guide to Gödel's theorems, but also
> an introduction to doxastic logic:
>
> http://en.wikipedia.org/wiki/Doxastic_logic
>
> which seemed to be at the heart of your discussion. (It was you who
> first mentioned the expression 'belief system').


Thank you very much for this link:
http://www.andrew.cmu.edu/user/avigad/Papers/understanding.pdf

I have been reading this in the past few days. Although it's not easy
for me because I lack the mathematical background, I have been trying
to "understand" :-) what he means. I think I am feeling better now
that I think my original thinking was not too far off.

Thank you also for mentioning doxastic logic. It looks very
interesting! It seems that I need to learn modal logic, which I also
heard for the first time, before I can study doxastic logic.

It seems to me that "understanding" is similar to how babies learn the
first language. Babies just cannot read the textbook to understand
the first language; they need to interact with someone who knows the
language. It seems that textbooks, axiomatic theorems, proofs, etc
are just auxiliary help us to "understand" something efficiently.

In a sense, it seems to me if an axiomatic theory is completely bullet
proof (I am referring to something like the technicalities of
completeness, consistency, etc) or not is not important, at least in
the not-purely-academic context, to our understanding of numbers,
etc. As long as we "reasonably" understand something, we can do
practical things like encoding messages with passwords, creating a
search engine like Google, calculating mortgage payment, etc

I don't know if I what I wrote makes much sense but now I feel that I
don't have to feel terrible that my understanding is not genuine. I
think understanding is a very human practice that for all intents and
purposes, is "practical".



http://en.wikipedia.org/wiki/Doxastic_logic