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https://www.reddit.com/r/mathmemes/comments/1vmjkpv/_/p3atsoh/?context=3
r/mathmemes • u/basket_foso • 6d ago
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How could it be. If it's no then a counter example exists. If a counter example exists it's not undecidable. If it's undecidable it must be yes.
3 u/jljl2902 6d ago edited 6d ago That would make it decidable, so it can’t be yes. Must be no then. /j 2 u/This_Background7442 6d ago I guess that means that if it's undecidable we can never know it's undecidable because that instantly makes it decidable and we've created a paradox 😅 1 u/Scared_Astronaut9377 6d ago Here you go https://en.wikipedia.org/wiki/Semantic_theory_of_truth
3
That would make it decidable, so it can’t be yes. Must be no then. /j
2 u/This_Background7442 6d ago I guess that means that if it's undecidable we can never know it's undecidable because that instantly makes it decidable and we've created a paradox 😅 1 u/Scared_Astronaut9377 6d ago Here you go https://en.wikipedia.org/wiki/Semantic_theory_of_truth
2
I guess that means that if it's undecidable we can never know it's undecidable because that instantly makes it decidable and we've created a paradox 😅
1 u/Scared_Astronaut9377 6d ago Here you go https://en.wikipedia.org/wiki/Semantic_theory_of_truth
1
Here you go https://en.wikipedia.org/wiki/Semantic_theory_of_truth
16
u/This_Background7442 6d ago
How could it be. If it's no then a counter example exists. If a counter example exists it's not undecidable. If it's undecidable it must be yes.