I imagine the point of this algorithm, like a lot of algorithm research, is to prove the upper bound of complexity for this problem. Not to be used in practice (despite what this article seem to suggest).
On a similar note, there's a lot of work put into optimal matrix multiplication algorithm. We know the lower bound is N*2, the obvious upper bound is N*3, the best (complexity wise, not practical at all) current algorithm is N*2.37, but we don't know how fast can it really get. Is it possible to write N*2 algorithm? We don't know.
I mean nobody is stopping me from writing an exponential time algorithm.
> The first-line treatment for ADHD is stimulants. Everything else in this post works best as a complement to, rather than as an alternative to, stimulant medication. In fact most of the strategies described here, I was only able to execute after starting stimulants. For me, chemistry is the critical node in the tech tree: the todo list, the pomodoro timers, etc., all of that was unlocked by the medication.
This means: You do have to see a physician and psychologist to get diagnosed and to get a therapy plan. Just reading articles or books about managing ADHD won't do the trick.