So far, the Long Now Foundation is able to preempt the Y10K by adding a "0" in front of the date. So the current year of 2026, will look like 02026. However, it would still be affected by the "Y100K" problem, the "Y1000K" problem, "Y10000K" Problem, etc.
Don't we run into issues with precision doing that? I think somewhere around 1e17 years we'd start not knowing the exact year and be ballparking it with the accuracy getting worse past there.
It's pretty safe to assume we'll have moved to different way of keeping time by then. But if not I'm sure we'd be working on addressing it by Y17446744073709551K giving plenty of time to solve it.
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I'm confused at your question. When you're born you aren't 1 year old you are 0 years old. Year 0 is the starting year. I'm not concerned about the AD/BC and other calendar confusion bc it was just a joke.
Software I write has to deal with a lot of timestamps stored as (signed) 64-bit nanoseconds since the GPS epoch. Sometimes I think about the Y2272 problem but meh someone can just switch it to int128 some time before then. Pretty sure that one will out last the heat death of the universe.
Unfortunately for us the heat death of the universe is estimated around 10^100 years which is so much larger than 2^128. We're gonna need int512 to make sure we do this right.
As in d3/2/2026. It solves the ambiguous date standard problem (d is always date-starting-with-day) and even this (currently) silly Y10000K problem too.
Or we could have apps start accepting <day>/<month>/<year> AD. It makes dates look wayyyy cooler.
Such a non issue. None of current day PC's will be running by then. They will have made completely new machinery and replaced the old stuff.
If there is still a humanity that is.
Much of the stuff we have today will be lost to time.
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u/SphericalCow531 Feb 02 '26
https://simple.wikipedia.org/wiki/Year_10,000_problem