22.022/22.51 Quantum Theory of Radiation Interaction
Spring 2019
Instructor: Paola Cappellaro
Lecture: TR9-10.30 (24-115)
Course Description:
The subject introduces the key concepts and formalism of quantum mechanics and their relevance to topics in current research and practical applications. The controlled interaction of radiation with matter at the quantum level has enabled a new array of applications, ushering the new discipline of quantum engineering. Starting from fundamental principles of quantum mechanics in simple discrete systems, the course develops an understanding of the workings and perspectives of novel quantum devices and quantum engineering applications.
Topics are organized around three main themes: fundamentals of quantum theory, systems for quantum hardware, applications in quantum information and engineering.
Announcements
No Class tomorrow, March 12th
Dear all,as previously mentioned and posted on the syllabus, there will be no class tomorrow, March 12th.
I have posted some materials on quantum harmonic oscillator and the quantization of the electromagnetic field that will help as background and refresher for Thursday's lecture.
Also posted, updated pset and its mathematica notebook.
Paola
Announced on 11 March 2019 6:59 p.m. by Paola Cappellaro
Learning Goals
- Understand the concepts of modern quantum mechanics (such as entanglement, open quantum system dynamics, measurements & control, ...)
- Identify promising experimental systems for quantum applications, and map them onto simplified models, with appropriate mathematical tools
- Grow an appreciation for contemporary applications of quantum mechanics and future opportunities in quantum engineering
Announced on 04 February 2019 10:16 a.m. by Paola Cappellaro
Topics Covered
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Fundamentals :
- Resources for quantum engineering: coherent, entangled states
- Evolution of quantum devices: open quantum systems
- Interaction of matter with radiation: measurement and control
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Devices : superconducting devices, quantum dots, spins, ions, cold atoms, topological matter, photons, ...
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Applications : sensing, simulation, communication, machine learning, cryptography,…
Announced on 04 February 2019 10:15 a.m. by Paola Cappellaro
Assignments
1-2 class presentations about a physical system that is used in quantum devices (see topics/calendars to make your choice in the online survey ). For at least one presentation, please contact the NSE Communication Lab to improve your presentation skills.
If desired, I can provide some homework problems (non-mandatory) to test your knowledge.
In all the course activities and especially in preparing the presentation(s) you should follow MIT academic integrity standards. Please see http://integrity.mit.edu/ for more information.
Announced on 04 February 2019 10:13 a.m. by Paola Cappellaro
Welcome!
To set the mood of the class, I suggest you watch the Einstein Quantum Riddle video.
I have also posted the class syllabus and other relevant information.
I am looking forward to seeing you on Tuesday.
Announced on 03 February 2019 7:52 a.m. by Paola Cappellaro
