I talked about one of my favorite “so dumb it’s brilliant” memes: MiracleSort. The algorithm is literally: check if the array is sorted, and if not, wait for a miracle—like a cosmic ray flipping a bit in memory—to make it sorted. It’s a joke, obviously, with an O(infinity) time complexity and O(1) space, but it’s also a fun excuse to discuss a very real phenomenon: random bit flips caused by ionizing particles. To make it concrete, I brought up a wild incident from 2012/2013 in the Mario speedrunning community, where an ionizing particle from outer space likely flipped a specific bit on a Nintendo 64 at the exact right moment. That tiny flip changed a value (C5 to C4 on a height byte), which made Mario jump unusually high and saved time—an astronomically rare coincidence that was later validated by reproducing the effect via scripted bit flipping. From there, I broke down what “bit flip” actually means at the hardware level (tiny capacitors storing charge) and why MiracleSort is still basically impossible: you’d need tons of coordinated flips across many 32-bit integers, and random rays would just as likely corrupt your OS or code first. The practical takeaway is that modern systems fight this with ECC memory (and even DDR5 reliability features), especially in servers and high-stakes environments like space hardware.