Quantum Zero-Error Information Theory (eBook)

0. Introduction1. Fundamentals of Quantum Mechanicsa) Representing informationb) Processing informationc) Measuring informationd) Density operatore) Quantum mechanics postulatesf) POVM Measurementg) Further reading2. Fundamentals of Information Theorya) Classical Information Theoryb) Quantum Information Theoryc) Further reading3. Classical Zero-Error Information Theorya) Historical backgroundb) Zero-error capacityc) Representation in graphsd) Lovász theta functione) Zero-error capacity of joint systemsf) Further reading4. Quantum Zero-Error Information Theorya) Quantum zero-error capacityb) Representation in graphsc) Relations with Holevo-Schumacher-Westmoreland capacityd) Further reading5. Quantum Zero-Error Secrecy Capacitya) Decoherence-Free Subspaces and Subsystemsb) Quantum Secrecy Capacityc) Defining the Quantum Zero-Error Secrecy Capacityd) Representation in graphse) Security Analysisf) Further reading6. Zero-Error Accessible Information of a Quantum Sourcea) Accessible Information of Quantum Sourceb) Zero-Error Accessible Information of a Quantum Sourcec) Representation in graphsd) Further reading7. Recent Developments in Quantum Zero-Error Information Theorya) Alternative definitionsb) Superactivation of Quantum Zero-Error Capacityc) Practical implementationsd) Further reading