Group Wealth Income/yr Spending/yr
50–95% ~$75–80T ~$11–13T ~$9–11T
95%+ ~$95–105T ~$7–9T ~$5–7T
75–85% ~$18–22T ~$2.5–3.0T ~$1.4–1.8T Year Male Female
1970 58% 42%
1975 53% 47%
1980 48% 52%
1985 46% 54%
1990 45% 55%
1995 44.5% 55.5%
2000 43.9% 56.1%
2005 43.3% 56.7%
2010 43.0% 57.0%
2015 43.6% 56.4%
2020 42.7% 57.3%
2025 42.7% 57.3%
So men have been in the minority for at least 46 years, and the skew is as large as it was in 1970, but reversed. 128 files changed, 39663 insertions(+), 4439 deletions(-)
Range: 8eb4f6a..HEAD
Non-merge commits: 174
Date range (non-merge): 2025-12-04 → 2026-01-04 (UTC)
Active days (non-merge): 30
Last 7 days: 59 files changed, 19412 insertions(+), 857 deletions(-)
Range: c8df64e..HEAD
Non-merge commits: 67
Date range (non-merge): 2025-12-28 → 2026-01-04 (UTC)
Active days (non-merge): 8
This has a lot of non-trivial stuff in it. In fact, I'm just about done with all of the difficult features that had built up over the past couple years. class Solution:
def trap(self, height: List[int]) -> int:
l,r,s = [*accumulate(height,max),[*accumulate(height[::-1],max)],len(height)
return sum(max(0, min(l[i], r[s-i-1])-height[i]) for i in range(s)) Singapore: 5.6%, 82.9
Israel: 7.2%, 83.2
Estonia: 6.9%, 78.5
Poland: 6.7, 78.5
Luxembourg: 5.7%, 83.4
Czech Republic: 8.1%, 79.9
and a couple which spend a bit more, though again, this includes private spending: France: 11.9%, 82.9
Japan: 11.5%, 84
Portugal: 10.5%, 82.3
Spain: 10.7%, 83.9
So it seems like we could have universal coverage and higher life expectancy if the US government simply spent exactly what it is currently spending, but on everyone, rather than just the old, poor, and veterans.