![]() ![]() Cosmic particles that enter the Earth's atmosphere will collide with atmospheric atoms, leading to a sort of rain of protons and neutrons which can affect electronic devices they contact. ![]() This occurs because of a discharge in the storage elements (the memory bits) after a free charge is created by ionization of the particle near the node. Now, seeing that we're confused by analogue clocks and struggle to add up numbers when we run out of fingers and toes, we thought it might be wise to pass on some of the factual stuff to people who are clearly a lot cleverer than we are.įirst up is The Gamer's Gavin Burtt, who actually reported on this event last year (sorry for the tardiness there, Gavin!), and explained that the glitch was caused by a 'Single-Event Upset':Ī single-event upset is a change of a binary state in a bit - either from a 0 to a 1, or vice versa - caused by an ionizing particle colliding with a sensitive microelectronic device. As you can probably tell from DOTA_Teabag's reaction, it was pretty wild: Subscribe to Nintendo Life on YouTube However, fast-forward to the present day, and pannenkoek12 – the same person who offered the aforementioned cash bounty – has come up with a pretty convincing theory on why it happened, even if it is somewhat "far-out". This totally unexpected and previously unseen glitch quickly became the trick other speedrunners wanted to emulate, but despite a $1,000 bounty being offered to anyone who could replicate it, it was never seen again. ![]() Back in 2013, speedrunner DOTA_Teabag was dashing through Super Mario 64's Tick Tock Clock stage when the titular plumber suddenly shot upwards through the floor and ended up on a higher platform. ![]()
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