When I’m trying to understand a math concept, I find that it can be very helpful to try to invent a better notation for it. (As an example, this is how I learned linear logic: http://adelelopez.com/visual-linear-logic)
I think this is helpful because it gives me something to optimize for in what would otherwise be a somewhat rote and often tedious activity. I also think it makes me engage more deeply with the problem than I otherwise would, simply because I find it more interesting. (And sometimes, I even get a cool new notation from it!)
This principle likely generalizes: tedious activities can be made more fun and interesting by having something to optimize for.
When I’m trying to understand a math concept, I find that it can be very helpful to try to invent a better notation for it. (As an example, this is how I learned linear logic: http://adelelopez.com/visual-linear-logic)
I think this is helpful because it gives me something to optimize for in what would otherwise be a somewhat rote and often tedious activity. I also think it makes me engage more deeply with the problem than I otherwise would, simply because I find it more interesting. (And sometimes, I even get a cool new notation from it!)
This principle likely generalizes: tedious activities can be made more fun and interesting by having something to optimize for.