Mathematical methods of quantum information theory, Lecture 2

In 2017 Reinhard Werner gave a series of lectures on the mathematical methods of quantum information theory at the Leibniz Universität Hannover. These lectures were recorded and I have the pleasure of hosting these videos on my youtube channel. Over the coming weeks I'll be posting these lectures here.

The prerequisites for these lectures are a standard course on quantum mechanics and some familiarity with mathematical analysis, e.g., Hilbert space, operators, etc., although these topics are reviewed in the first lectures.

Lecture notes and exercises will not be distributed.

In this second lecture, operators, diagonalization, functional calculus, qubit, composite systems, and the tensor product were introduced.

[mishuk]

Great lecture! But the audio lets it down.

[escher]

Is there a reference TextBook that is being followed?

[ISKportal]

Hi, I cannot hear 26:48 clearly.
Thank you for the great lecture

[soumitrabose]

Can someone please recast the video and clean the noises ? The session is so important, the lecture is so appropriate but the main objective is lost because of the poor audio. The board is illigible from the recording point .