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#peano — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #peano, aggregated by home.social.

  1. @a_cubed wrote:
    > Whoever named the floors in Europe was a LISP programmer.

    Hmmm...
    (first x) ≡ (nth 0 x)

    ***

    Now, for mathematicians, is zero a natural number?

    @codinghorror

    #Fortran
    #Lisp
    #Mathematics
    #Peano

  2. @a_cubed wrote:
    > Whoever named the floors in Europe was a LISP programmer.

    Hmmm...
    (first x) ≡ (nth 0 x)

    ***

    Now, for mathematicians, is zero a natural number?

    @codinghorror

    #Fortran
    #Lisp
    #Mathematics
    #Peano

  3. @a_cubed wrote:
    > Whoever named the floors in Europe was a LISP programmer.

    Hmmm...
    (first x) ≡ (nth 0 x)

    ***

    Now, for mathematicians, is zero a natural number?

    @codinghorror

    #Fortran
    #Lisp
    #Mathematics
    #Peano

  4. @a_cubed wrote:
    > Whoever named the floors in Europe was a LISP programmer.

    Hmmm...
    (first x) ≡ (nth 0 x)

    ***

    Now, for mathematicians, is zero a natural number?

    @codinghorror

    #Fortran
    #Lisp
    #Mathematics
    #Peano

  5. @a_cubed wrote:
    > Whoever named the floors in Europe was a LISP programmer.

    Hmmm...
    (first x) ≡ (nth 0 x)

    ***

    Now, for mathematicians, is zero a natural number?

    @codinghorror

    #Fortran
    #Lisp
    #Mathematics
    #Peano

  6. @skewray I will also add, this is all axiom based. You can derive 3 and 4 valued logic from the Peano axioms and Category Theory, no more than that is necessary.

    #peano #caturday #categorytheory #twist

  7. @skewray I will also add, this is all axiom based. You can derive 3 and 4 valued logic from the Peano axioms and Category Theory, no more than that is necessary.

    #peano #caturday #categorytheory #twist

  8. @skewray I will also add, this is all axiom based. You can derive 3 and 4 valued logic from the Peano axioms and Category Theory, no more than that is necessary.

    #peano #caturday #categorytheory #twist

  9. Mi hijo (13) me ha preguntado "Si 1=2, ¿cuánto vale 1+1+1+1?" y yo he aprovechado para hablarle de los axiomas de #Peano 😋
    ➡️es.wikipedia.org/wiki/Axiomas_

  10. Mi hijo (13) me ha preguntado "Si 1=2, ¿cuánto vale 1+1+1+1?" y yo he aprovechado para hablarle de los axiomas de #Peano 😋
    ➡️es.wikipedia.org/wiki/Axiomas_

  11. Mi hijo (13) me ha preguntado "Si 1=2, ¿cuánto vale 1+1+1+1?" y yo he aprovechado para hablarle de los axiomas de #Peano 😋
    ➡️es.wikipedia.org/wiki/Axiomas_

  12. Mi hijo (13) me ha preguntado "Si 1=2, ¿cuánto vale 1+1+1+1?" y yo he aprovechado para hablarle de los axiomas de #Peano 😋
    ➡️es.wikipedia.org/wiki/Axiomas_

  13. fn main() {
    println!("{}", <S<S<S<S<Z>>>> as Nat>::Fact::INT);
    }

    #peano

  14. fn main() {
    println!("{}", <S<S<S<S<Z>>>> as Nat>::Fact::INT);
    }

  15. fn main() {
    println!("{}", <S<S<S<S<Z>>>> as Nat>::Fact::INT);
    }

    #peano

  16. fn main() {
    println!("{}", <S<S<S<S<Z>>>> as Nat>::Fact::INT);
    }

    #peano

  17. fn main() {
    println!("{}", <S<S<S<S<Z>>>> as Nat>::Fact::INT);
    }

    #peano