>>28931381Let's assume first that there are four billion computers in the world.
>https://www.reference.com/technology/many-computers-world-e2e980daa5e128d0 estimates that there were two billion in 2014, four billion is an incredibly liberal estimate.
Now let's have every single computer in the world work nonstop to brute force Pokemon keys at a rate of 1000 per second with perfect efficiency and no overlap.
That means four trillion keys are checked every second.
This comes out to 220,853,253,516,383,000,000 seconds (or 7,003,210,727,942 years) to ensure the desired outcome.
Since your argument is that it's technically possible that the winning outcome is within the first two weeks of those seven quadrillion years, the chance of that happening are 0.0000003424657534246580000%.
The chance of a given ticket winning a lottery with 292,000,000 people entered is SIX HUNDRED THOUSAND times greater than EVERY COMPUTER IN THE WORLD WORKING IN PERFECT HARMONY'S chance to crack the title key.
There's a point where "technically possible" stops mattering, and we passed it long ago.
