• Textbook:
  1. Michael A. Nielsen, Isaac L. Chuang: Quantum Computation and Quantum Information: Cambridge University Press. 2010
  
  
• References:
  1. Ronald de Wolf: Quantum Computing: Lecture Notes
  2. Daniel Koch, Laura Wessing, Paul M. Alsing: Introduction to Coding Quantum Algorithms: A Tutorial Series Using Qiskit


• Syllabus:
  1. Basic concepts
  2. Hilert space
  3. Deutsch-Josza algortihms
  4. Grover's algorithm
  5. Simon's algorithm
  6. Quantum Fourier transform
  7. Shor's algorithm
  8. Qunatum information theory
  9. Quantum cryptography: BB84 protocol
  10. HHL algorithm


• Handouts:
  1. Quantum computing 1.pdf, (day: 9/20)
  2. Vector space 2.pdf, (day: 9/20)
  3. Linear transformation 3.pdf, (day: 9/20)
  4. Tensor product 4.pdf, (day: 9/20)
  5. Quantum gates 5.pdf, (day: 9/20)
  6. Deutsch-Jozsa Algorithm 6.pdf, (day: 9/20)
  7. Introduction to Qiskit 7.pdf, (day: 9/20)
  8. Grover 8.pdf, (day: 9/20)
  9. Simon 9.pdf, (day: 9/20)
  10. Shor 10.pdf, (day: 9/20)
  11. Phase estimation 11.pdf, (day: 9/20)
  12. Quantumn information 12.pdf, (day: 9/20)
  13. BB84 13.pdf, (day: 9/20)
  14. HHL 14.pdf, (day: 9/20)


• Requirements:
  1. Class notes typing in LaTex
  2. Paper reading and presentation
  3. Programming in Qiskit