第13講｜Lecture13 Deutsch algorithm

Описание: ♠ 課程描述
Course description
There are two main tracks of this lab course:
(1) quantum optics, and
(2) quantum control. We will explore various topics in quantum founda on by performing
some classic single-photon experiments (quantum op cs lab), while sophis cated quantum control protocols will be implemented with Nitrogenvacancy centers and microwave sequences (quantum spin lab).


課程內容
Course content
♠ quantum optics lab ｜regular session
1. Lab1a HBT experiment with a enuated laser
2. Lab2a Photon pair source*
3. Lab3a HBT experiment with one arm of the pair source
4. Lab4a GRA experiment with classical and nonclassical light
5. Lab5a Malus’ law for single photons
6. Lab6a Single photon Michelson interferometer*
7. Lab7a Quantum eraser*

♠ quantum spin lab ｜regular session
8. Lab1b Photoluminescence from NV-centers
9. Lab2b Optcally detected magne c resonance
10. Lab3b Rabi oscilla on
11. Lab4b Relaxa on mes*
12. Lab5b Dynamical decoupling
13. Lab6b Single qubit opera ons and quantum state tomography
14. Lab7b Hyperfine spectroscopy


教學方法
Teaching method
1. Essen al theore cal background of each experiment will be covered in lectures, which will be delivered
in the form of board work.
2. Data analysis as well as interpreta on of experimental results are cri cal in effec ve learning of quantum
physics. To this end, academic wri ng and scien fic communica on will be emphasized throughout this course.



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