Well if we go with $1000 per vote and we need to shift 3 million votes, that’s $3bn. Now let’s map $3bn to, say, a 25% increased probability of winning, under a reasonable pre-election distribution.
Then you can think of the election costing $12bn, for a benefit of 4tn, which is a factor of 400.
Well if we go with $1000 per vote and we need to shift 3 million votes, that’s $3bn. Now let’s map $3bn to, say, a 25% increased probability of winning, under a reasonable pre-election distribution.
Then you can think of the election costing $12bn, for a benefit of 4tn, which is a factor of 400.