But that’s physics, and physics deals with the natural. Engineering, on the other hand, is a science of the artificial , and it would be downright strange to insist that engineering artifacts have no purpose or telos.
Important point about engineering, but also something I regularly raise about how economics misunderstands itself
Kelly's insight about wine applies perfectly to how we think about personal growth. Just as mindlessly drinking more wine doesn't make us better wine connoisseurs, frantically doing more doesn't make us more successful humans. When we apply Type 2 thinking to our lives, it shifts everything - from how we parent (quality time over scheduled... See more
Just like those lines, I think all of our various tests of intelligence aren’t as different as they seem. They’re all full of problems that have a few important things in common:
There are stable relationships between the variables.
There’s no disagreement about whether the problems are problems, or whether they’ve been solved.
This is why the people who score well on intelligence tests and win lots of chess games are no happier than the people who flunk the tests and lose at chess: well-defined and poorly defined problems require completely different problem-solving skills. Life ain’t chess! Nobody agrees on the rules, the pieces do whatever they want, and the board... See more
Falk Lieder, Ming Hsu, and Tom Griffiths showed that the ‘rational’ solution to this computational constraint is to over-sample extreme outcomes. That is, you should apply something like the availability heuristic by calling those more extreme (easily accessible) outcomes to mind. The result is a biased estimate, but one that is optimal given the... See more