Quantum Optics 5: Coherent, squeezed, and thermal states. Quantum theory of atoms. скачать в хорошем качестве

Quantum Optics 5: Coherent, squeezed, and thermal states. Quantum theory of atoms.

Lecture 5 of the "Introduction to Quantum Optics" course that I taught on 2020's spring term at Shanghai Jiao Tong University. In this lecture we continue discussing the properties of coherent states, and introduce two more important types of Gaussian states: squeezed and thermal states. After some concluding remarks about the quantized form of the electromagnetic field, we start discussing the quantum theory of matter, specifically the atomic energy spectrum. The whole video-course consists on 16 installments (~2.5h each), and covers the essentials of the topic, including the quantum theory of the electromagnetic field and atoms, their basic interactions, and the theory of open quantum-optical systems. Here is the lessons' playlist:    • Lectures on Quantum Optics - 2020   The course is self-contained and follows my own detailed notes (comments are welcome, since they are planned to appear as a book sometime on 2020/2021). All materials of the course, including these videos, blackboards, and exercise sheets, can be downloaded from: https://www.dropbox.com/sh/0qflvjehvd... Solutions to the exercises can be provided upon request, just send me an email. Also, feel free to ask any questions about the subject, I'll do my best to reply, time-permitting. More information about me: www.carlosnb.com Video presentation about my group:    • The ONE-QOS group at the Wilczek Quantum C...   Disclaimer: Keep in mind that this is my first time teaching online (due to COVID19), so it took me some time to adapt and feel comfortable talking to a monitor, instead of real students. I nevertheless decided to share the lectures, since I got a few requests from students around the globe who have no access to this topic at their universities. I hope they are useful!