返回到 Quantum Optics 2 - Two photons and more

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"Quantum Optics 1, Single photons", allowed learners to be introduced to the basic principles of light quantization, and to the standard formalism of Quantum Optics. All the examples were taken in single photons phenomena, including applications to quantum technologies.
In the same spirit, "Quantum Optics 2, Two photons and more", will allow learners to use the Quantum Optics formalism to describe entangled photon, a unique feature at the root of the second quantum revolution and its applications to quantum technologies. Learners will also discover how the Quantum Optics formalism allows one to describe classical light, either coherent such as laser light, or incoherent such as thermal radiation. Using a many photons description, it is possible to derive the so-called Standard Quantum Limit (SQL), which applies to classical light, and to understand how new kinds of quantum states of light, such as squeezed states of light, allow one to beat the SQL, one of the achievements of quantum metrology. Several examples of Quantum Technologies based on entangled photons will be presented, firstly in quantum communication, in particular Quantum Teleportation and Quantum Cryptography. Quantum Computing and Quantum Simulation will also be presented, including some insights into the recently proposed Noisy Intermediate Scale Quantum (NISQ) computing, which raises a serious hope to demonstrate, in a near future, the actively searched quantum advantage, ie, the possibility to effect calculations exponentially faster than with classical computers....

JR

Jun 4, 2020

This course presents many relevant examples of current applications of quantum optics. Given that you have retained the information from the first course, the second course is very enjoyable.

DP

Dec 27, 2019

Great course - follows the first course for the first three lessons, then makes a detour into Bell's inequalities / quantum teleportation where I found the formalism more challenging.

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创建者 Amber U

•Aug 4, 2020

Both Quantum Optics I and II were fantastic. I will sign up for the next one the moment it comes out! Dr. Aspect is charming and knowledgable - skilled at getting across tough concepts. The class is not easy, but it is not punishing unnecessarily either. I'll admit that it was good to spend time watching videos through a couple of times instead of working on long homeworks like in QO I. I need to understand where the math comes from in my job, but I am not doing it regularly myself, and so I'd be spending a lot of time on something I would forget pretty quickly. But I like that the classes give you plenty of opportunity to do all the work through, but are also accessible if you don't. I am honestly sad to be done with these for now and can't wait for the third one.

创建者 Kiran K N

•Jul 18, 2020

A very insightful course that looks into the fundamentals, evolution and future of Quantum Optics. Very interesting topics on Quantum Key Cryptography, Quantum repeaters, Quantum teleportation. The most exciting part is the Programmable Quantum Computing and how Quatum Optics is at the very heart of modern Quantum revolution. Thanks to the Professors and Coursera for this wonderful and exciting course. !!!

创建者 Jaya S

•May 11, 2020

amazing teaching with a lot of motivation to work in this field. The suggested reading material and papers are very helpful! This course definitely evokes the scientist in the student. Loved it. Look forward to more such courses from the respected professors.

创建者 Denis G

•Oct 29, 2019

still more mind enriching than QO1 ! Very happy to discover that there will be a third one ; which of course will be expected impatiently these following weeks. Many thanks to Pr Aspect and the whole team for all this.

创建者 Himanshu D

•Jul 8, 2020

Quantum Optics plays a key role in understanding the matter-light interaction and also various quantum phenomena. I learned many key concepts from this course. I am very thankful to Coursera for this course.

创建者 Jed R

•Jun 4, 2020

This course presents many relevant examples of current applications of quantum optics. Given that you have retained the information from the first course, the second course is very enjoyable.

创建者 David P

•Dec 28, 2019

Great course - follows the first course for the first three lessons, then makes a detour into Bell's inequalities / quantum teleportation where I found the formalism more challenging.

创建者 bernard b

•Nov 3, 2019

The course content is excellent as are the video presentations and quiz questions and, above all, the explanations of concepts.

创建者 Happy A

•Apr 28, 2020

This course gives me many concepts and tools which are very important for my research. Thank you! Mr. Aspect and Mr. Brune.

创建者 Fernando M

•Nov 14, 2020

Great course. I did my undergraduated thesis at nonlinear optics and I wanted to prfundize it into quantum optics.

创建者 Philippe C

•Jan 21, 2020

A much expected follow up on the quantum optics I course by Alain Aspect and his gorgeous mustache!

创建者 HONG L

•Jun 22, 2020

I am waiting quantum optics 3: matter-light interactions. When can I see the new course?

创建者 Chetan W

•Nov 29, 2020

Its an awesome course to dive deep into fundamentals of quantum optics

创建者 Akshay k

•Jul 18, 2020

very good course.Please launch Quantum optics 3 course now

创建者 Purshotam k r

•Jun 29, 2020

Good conventional course about optics based on two photon

创建者 Abanoub M S M

•May 26, 2020

The course is fantastic and is in the heart of quantum technologies as the lecturer mentioned. The lectures structure is consistent. I think that the only draw back is the homework not being challenging enough. I also see that the infinite number of attempting the problems is an obstacle to careful thinking before submitting. Overall, I recommend this course to any one desiring to understand quantum optics and related fields. Simply, this is a great course to begin with.

创建者 Michael E

•Jul 19, 2020

The course is a series of excellent lectures, covering fascinating topics. It follows on from the earlier Quantum Optics 1 course. It would be improved if copies of the lecture slides for lectures 3-5 were provided, along with solutions for Homework 1.

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