incomputable Sentence Examples

  1. The halting problem for Turing machines is incomputable, meaning there is no algorithm that can determine whether a given program will eventually halt or run forever.
  2. Gödel's incompleteness theorems state that any consistent axiomatic system capable of describing basic arithmetic is incomputable.
  3. The Busy Beaver function, which counts the maximum number of steps taken by a Turing machine before halting, is incomputable.
  4. The Collatz conjecture, which proposes a simple algorithm to determine if a positive integer will eventually reach 1, has been proven to be incomputable.
  5. The set of all undecidable propositions in any given formal system is incomputable.
  6. The halting problem for non-deterministic Turing machines is also incomputable.
  7. The busy beaver function for non-deterministic Turing machines is incomputable.
  8. The set of all Turing machines that halt on input 0 is incomputable.
  9. The set of all Turing machines that do not halt on input 0 is also incomputable.
  10. The set of all Turing machines that halt on all inputs is incomputable.

incomputable Meaning

Wordnet

incomputable (s)

beyond calculation or measure

Webster

incomputable (a.)

Not computable.

FAQs About the word incomputable

beyond calculation or measureNot computable.

inestimable, countless, incalculable,innumerable, unmeasured, infinite, exhaustless, limitless, illimitable, inexhaustible

definite, bounded, confined, restricted, confined, finite,finite, circumscribed, restricted, definite

The halting problem for Turing machines is incomputable, meaning there is no algorithm that can determine whether a given program will eventually halt or run forever.

Gödel's incompleteness theorems state that any consistent axiomatic system capable of describing basic arithmetic is incomputable.

The Busy Beaver function, which counts the maximum number of steps taken by a Turing machine before halting, is incomputable.

The Collatz conjecture, which proposes a simple algorithm to determine if a positive integer will eventually reach 1, has been proven to be incomputable.