Ex maths lecturer. Classics under^H^H^H^H^Hpostgrad @ClassicsWarwick. Tweets about maths, classics and other random stuff. Now also @[email protected].
@PhiloCrocodile@AntigoneJournal Feedback these days tends to be more in sorrow than exasperation. This does not mean one should not read between the lines to see that unwritten 'rubbish' or '(utter) piffle'.
@martinmbauer I think you also need to know/believe that position and momentum are conjugate variables, so that the wavefunction's representations in position and momentum space are related by Fourier transform.
@AntigoneJournal For the purpose of inter-disciplinary comparison, you might find this interesting.
https://t.co/1krSG1dFhQ
(Of course, you may also not find it interesting.)
@AlexKontorovich It's probably also hard because the further you get, the bigger the people teaching you assume your zone of proximal development to be. (Possibly because they all have really big ones.) So it gets harder as you progress because the ideas are harder *and* the steps get bigger. :-(
@theo_nash Even if you don't want the facing page crib, they're a pretty affordable way to get the Greek/Latin text. (With a little bit of app crit if you're that way inclined.)
How can we generalise the fact that the angles at the vertices of a triangle add up to 180°, to apply to tetrahedra and higher-dimensional n-simplexes?
Here’s a result discovered by Benoît Bertrand and Lucía López de Medrano that I learned from Omar Antolín.