MSc Quantum Information and Coherence
This taught MSc course offers a comprehensive overview 
of the growing use of quantum physics in state-of-the-art technology and information processing. Quantum effects already play an significant role in several important modern technologies, including both the transistor and the laser. The ever-increasing ability to control quantum coherence is anticipated to be a major driver of 21st Century technology, and so the field has been identified as a key investment area by various prestigious corporations and government organisations.
Beginning with the principles of modern quantum theory and experiment, the course will explore advanced topics taught by Strathclyde's internationally leading researchers. The course will give students the opportunity to gain exposure to laser physics, atomic physics, optics, quantum theory, information processing, computer science, mathematical techniques, and numerical methods. The course will thus not only prepare students for a career in related research fields, but also for careers in the various technology and business sectors that utilise these ideas.
The Course
The course syllabus includes important topics such as:
- Quantum Information Science. This teaches how quantum phenomena may be used to process information in novel ways that outperform existing information processing technologies.
- Experimental Quantum and Atom Optics. This topic covers the key techniques used to generate and manipulate quantum coherence in real experimental systems.
- Introduction to Quantum Optics and Open quantum systems. This topic will teach principles that can be used to describe all quantum coherent devices.
There will also be course in transferable Research Skills Training to prepare graduates for the research project element of the course and future careers, as well as the flexibility to choose one taught module from any of the other advanced physics courses available.
Finally, students will undertake a research-intensive project in a currently important topic.
- Click for further course details (PDF)
- Apply for the course.
- For more information, please contact: pgt
phys.strath.ac.uk
