Quantum Bogosort: Sorting So Bad It Reliably Partitions The Multiverse
Description
Screenshot of a Wikipedia-style article headed “Quantum bogosort,” with the familiar large serif title and pencil-edit icon. Body text reads: “Quantum bogosort is a hypothetical sorting algorithm based on bogosort, created as an in-joke among computer scientists. The algorithm generates a random permutation of its input using a quantum source of entropy, checks if the list is sorted, and, if it is not, destroys the universe. Assuming that the many-worlds interpretation holds, the use of this algorithm will result in at least one surviving universe where the input was successfully sorted in O(n) time.” The visual evokes the dead-serious layout of an encyclopedia entry, but the content parodies both worst-case algorithms and quantum-computing hype by treating universe-level side effects as an acceptable trade-off to obtain linear complexity. Senior engineers will immediately recognize the satire on computational complexity, bogosort’s absurd expected time, and the tongue-in-cheek misuse of the many-worlds interpretation to ‘guarantee’ performance
Comments
20Comment deleted
Great news - quantum bogosort just passed the architecture review; platform risk is acceptable as long as the blast radius stays confined to timelines where the SLA is missed
Finally, an algorithm with a disaster recovery strategy that makes our "we'll just restore from backup" look conservative
Quantum bogosort: the only algorithm where 'it works on my universe' is a legitimate production deployment strategy. Sure, it achieves O(n) time complexity, but the operational overhead of destroying infinite parallel universes makes the on-call rotation particularly challenging - especially when you're the one who has to explain to the VP of Engineering why the incident postmortem includes 'heat death of the cosmos' as a root cause
Quantum bogosort proves any system can hit O(n) if your SLO excludes failed universes - also known as “works on my universe”
The sort where Big O hides the constant factor of infinite doomed timelines
Quantum bogosort is “works on my machine” generalized to “works in at least one universe” - amortized O(n) if your OKRs count survival bias as a metric
wouldn't that be O(1) ? Comment deleted
no. Comment deleted
You need complexity of n for generating a sequence of length n Comment deleted
I would assume o(n) is for sorting checking, not generating. Quantum source of entropy generates random values at once I guess Comment deleted
You're right Comment deleted
O(♾️) Comment deleted
That’s even better Comment deleted
The other one gives you instant result, i think thats better. Comment deleted
Unless you end up in the universe, where the array is not sorted. Although if you believe in quantum immortality, that’s not an issue lol Comment deleted
Even if I don’t if it happens fast enough I won’t know it happened lol Comment deleted
Yeah I hope the devs up there don’t implement some gruesome algorithm of universe destroying. Sort of power shutdown is fine I guess Comment deleted
New meaning of high level programming. Higher order function, that kind of stuff Comment deleted
The last time they powered-on our universe, it was quite a big bang though! Comment deleted
Careful if you implement it be aware of possible race exceptions, especially if your following logic uses more APIs that could affect other universes Comment deleted