Quick Overview: So this is this is an idea there's a famous book on classical Lecture 5: mathematical preliminaries: functions of Hermitian operators, operator convex, concave, monotone functions, norms, ... Lecture 25: achievability part of entanglement-assisted capacity theorem.
Mark Wilde Quantum Information Theory - Detailed Overview & Context
So this is this is an idea there's a famous book on classical Lecture 5: mathematical preliminaries: functions of Hermitian operators, operator convex, concave, monotone functions, norms, ... Lecture 25: achievability part of entanglement-assisted capacity theorem. Lecture 25: entanglement-assisted communication, converse part. Lecture 1: introduction to course, discussion of final projects, introduction to Lecture 2: Shannon data compression, repetition code with majority vote decoder.
Lecture 27: unassisted classical communication. Lecture 4: mathematical preliminaries: finite-dimensional Hilbert spaces and linear operators. Lecture 12: Stinespring dilation theorem (isometric extension of channels), examples of channels: amplitude damping, erasure, ...
