Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
- From: quasi <quasi@xxxxxxxx>
- Date: Mon, 29 Aug 2005 19:45:25 -0700
On 29 Aug 2005 16:15:40 -0700, matt271829-news@xxxxxxxxxxx wrote:
>quasi wrote:
>> On Mon, 29 Aug 2005 17:41:31 EDT, george ghiata
>> <george_ghiata@xxxxxxxxxxx> wrote:
>>
>> >Hello,
>> >In the case X*Y*Z divisible by 3 I need only to consider
>> >the case Z divisible by 3
>> >because X,Y ,Z are INTEGERS(NOT natural numbers)
>> >george
>>
>> Ok, fine -- and while you never said that in your proof (many readers
>> would have assumed you were talking about positive integers), by
>> allowing X,Y,Z to be integers, not necessarily positive, that does
>> deal with the objection.
>>
>> Even though you are writing the equation in the form X^3+Y^3=Z^3 which
>> is not fully symmetic, the fact that the variables X,Y,Z are not
>> required to be positive allows the names and signs to be adjusted so
>> that if any one of X,Y,Z is a multiple of 3, then we can assume it's
>> Z.
>>
>> So, with that understanding, the 2 cases you originally specified are
>> OK. Just make sure that later you don't try to assert an inequality
>> which implicitly assumes a positivity that we're abandoning right
>> here.
>>
>> So you have these 2 cases:
>>
>> case 1: X,Y,Z are not multiples of 3 (equivalently, X*Y*Z is not a
>> multiple of 3).
>>
>> case 2: Z is a multiple of 3 (but X,Y are not multiples of 3).
>>
>> Ok, Matt, pass the ball back to you. Does that satisfy your
>> objections?
>>
>
>My understanding of George's response to my comments is that the proof
>we are looking at right now deals with your case 1 (X*Y*Z not divisible
>by 3) and not, as George originally stated, Z not divisible by 3.
>
>If this understanding is correct then the assumption that X is not
>divisible by 3, which I queried, is justified. Also, the consideration
>of Y divisible by 3 is unnecessary, as George has I believe
>acknowledged. Therefore I believe we are OK so far, as far as these
>points are concerned.
>
>I also understand that George claims a second, similar proof that
>covers, in some fashion or other, X*Y*Z divisible by 3. To avoid
>unnecessary confusion I propose that we leave this second case for now.
>Once the status of the "X*Y*Z not divisible by 3" proof has been
>established, we can, if necessary, return to the second case.
Sounds like a good plan to me.
.
- References:
- Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
- From: quasi
- Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
- From: george ghiata
- Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
- From: quasi
- Re: Bring Math Arguments against this FERMAT LAST THEOREM PROOF
- From: matt271829-news
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