> We would immediately build better telescopes to track it precisely, refine its trajectory models, and begin developing propulsion systems capable of interception
That's not what would happen. We wouldn't mobilize. We'd fragment. Within days, the prediction would be declared partisan. One bloc would call it settled science; another would call it statistical hysteria. Billionaires would quietly commission private shelters while publicly funding studies questioning whether the asteroid even qualified as "large." News panels would debate whether the projected impact zone was being unfairly politicized. Conspiracy channels would insist the asteroid was fabricated to justify global governance. Others would insist the real asteroid was being hidden. Amateur analysts would flood the internet with homemade trajectory charts proving the professionals wrong. Death threats would arrive in astronomers' inboxes faster than research grants.
The question is how many decades each user of your software would have to use it in order to offset, through the optimisation it provides, the energy consumption you burned through with LLMs.
The values for x and y should't come from your brain, though (with the exception of 0). They should come from previous index operations like s.indexOf(...) or s.search(regex), etc.
How does Java have a better type system? Java's generics are unsound, while Go's generics are sound. Java's generics do type erasure, while Go does not. Java's type system is not unified, it does not have a top type (an int is not an Object, int vs. Integer etc.).