Hilariously written and genuinely high quality information.
Too many cryptography tutorials start by rehearsing the precise definition of a group, and formulas for elliptic curve arithmetic etc. only to conclude with like two paragraphs on the actual crypto. It's pretty refreshing to see things like "How points addition + is defined is not our concern, what we care is that (E, +) forms a group" lmao because that's exactly right.
Skimming through, this it seems exactly like what I’m looking for.
I’d love to also see aggregate Schnorr signatures/public keys covered. EDIT: Never mind. This seems to be covered by “ 8.1 Secure multi-party Schnorr signature computation”.
I'd love to see some discussion about ring learning with errors (RLWE). It can have similar applications with oblivious transfer (which is covered) but in a recent work meeting my colleagues found RLWE to be more suitable for the particular problem we were solving.
Too many cryptography tutorials start by rehearsing the precise definition of a group, and formulas for elliptic curve arithmetic etc. only to conclude with like two paragraphs on the actual crypto. It's pretty refreshing to see things like "How points addition + is defined is not our concern, what we care is that (E, +) forms a group" lmao because that's exactly right.