Lectures

• 9.2.1 The noisy storage model

  Subject(s) 09. Perfect security from physical assumptions
  

• 9.2.2 Example The noisy storage model

  Subject(s) 09. Perfect security from physical assumptions
  

• 9.3.1 A protocol for oblivious transfer

  Subject(s) 09. Perfect security from physical assumptions
  

• 9.3.2 Example A simple protocol for 1-2 oblivious transfer in the noisy-storage model

  Subject(s) 09. Perfect security from physical assumptions
  

• 9.3.3 Example: continuation

  Subject(s) 09. Perfect security from physical assumptions
  

• 9.4.1 Security from quantum uncertainty

  Subject(s) 09. Perfect security from physical assumptions
  

• 9.5.1 Weak string erasure

  Subject(s) 09. Perfect security from physical assumptions
  

• 9.5.2 Security against Bob

  Subject(s) 09. Perfect security from physical assumptions
  

• 9.5.3 Security from quantum uncertainty

  Subject(s) 09. Perfect security from physical assumptions
  

• Guest lecture: Nicolas Gisin

  Subject(s) 06. Quantum key distribution protocols
  

Quantum Cryptography by TU Delft OpenCourseWare is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
Based on a work at https://ocw.tudelft.nl/courses/quantum-cryptography/.