Lectures

• 2.5.1 Looking ahead to quantum key distribution: verifying entanglement using a Bell experiment

  Subject(s) 02. The power of entanglement
  

• 2.5.2 Example – Looking ahead to quantum key distribution: verifying entanglement using a Bell experiment

  Subject(s) 02. The power of entanglement
  

• 2.6.1 Monogamy of Entanglement

  Subject(s) 02. The power of entanglement
  

• 2.6.2 Playing CHSH with three players

  Subject(s) 02. The power of entanglement
  

• 3.1.1 What it means to be ignorant: ideal case

  Subject(s) 03. Quantifying information
  

• 3.1.2 Example – What it means to be ignorant: ideal case

  Subject(s) 03. Quantifying information
  

• 3.2.1 Trace distance and its use in security definitions (operational interpretation)

  Subject(s) 03. Quantifying information
  

• 3.2.2 Example – Trace distance and its use in security definitions (operational interpretation)

  Subject(s) 03. Quantifying information
  

• 3.3.1 The (min)-entropy including the smooth min-entropy

  Subject(s) 03. Quantifying information
  

• 3.3.2 The (min)-entropy including the smooth min-entropy

  Subject(s) 03. Quantifying information
  

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/.