Fermat's lasr theorem

Discussion in 'Physics & Math' started by Ethernos D Grace, Oct 18, 2017.

?

Was it done already?

Poll closed Nov 13, 2017.
  1. Yes

    0 vote(s)
    0.0%
  2. No

    100.0%
  1. Ethernos D Grace Registered Senior Member

    Messages:
    329
    3^3+5^3=x^3
    27+152=5.336803297^3
     
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  3. Ethernos D Grace Registered Senior Member

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    329
    atleast one solution but i think it has infinite
     
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  5. someguy1 Registered Senior Member

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    727
    5^3 = 125, no?
     
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  7. Dinosaur Rational Skeptic Valued Senior Member

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    4,885
    Ethernos Posts 1 & 2: You do not seem to understand that Fermat was relating to integer solutions.

    His conjecture was proven recently: Perhaps circa 5-15 years ago. I do not remember when.​

    The proof used methods not known by Fermat or any of his contemporaries.

    He was a genius in the pertinent mathematical discipline (Number Theory, I think) & some believe that he had a proof not using the modern methods.

    There might be serious mathematicians trying to develop a proof consistent with methods known to Fermat.

    There is at least one proof which was accepted by the mathematical community until a very subtle flaw was discovered.

    Some believe that this was Fermat’s proof.
     
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  8. Dinosaur Rational Skeptic Valued Senior Member

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    4,885
    BTW: The conjecture was called Fermat's Last Theorem because it was the last to be proven, not because it was chronologically last.

    In Fermat's era, mathematicians were secretive about some of their methods. They played games with each other, trying to be able to answer questions that other mathematicians could not answer.
     
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  9. Ethernos D Grace Registered Senior Member

    Messages:
    329
    sorry 3^3+5^3=5.336803297^3
     
  10. Ethernos D Grace Registered Senior Member

    Messages:
    329
    it has to be do with integer.....thanks i got that
     

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