Earlier quoted context omitted.
The calculus of the opportunity cost presented here isn't the tiny incremental improvement attached to my already amply comfortable lifestyle, but rather the aggregate full-time loss of many dozens or hundreds of engineers, data scientists, and investment $$$ diverted to trivial pursuits. Or put more simply. The lost problem-solving potential for 8-10 hours a day of a single PhD in Applied Mathematics massively dwarf…
I think you misunderstand how much time and focus is spent on trivial problems. Somebody already replied to this, but I will add more on the same note. 1 If some scientist finds a way to save a minute per instance of brushing your teeth, and if there is no difference in quality and cost, that is 600 million+ minutes saved every day in the US alone. 2 If some scientist finds a way for nocturnal people to contribute to…
A human, due to real constraints can't do a whole lot with an extra minute per day, and humans as a social body due to real constraints can't effectively collectively block-allocate 600 million diffuse minutes to some other cause. Each of them can only reallocate the minute they own/save.
The units and the distribution matter here... a lot. This seems obvious enough to illustrate using your own narrative.
What if I saved 6 Billion people 1ms per day? That's nearly 70 aggregated whole days saved per day. What are you going to spend your newly found 1ms on?