Quantum Teleportation and Entanglement Book

Preface.

Part One Introductions and Basics.

1 Introduction to Quantum Information Processing.

1.1 Why Quantum Information?

1.2 States and Observables.

1.3 Unitaries.

1.4 Non-unitaries.

1.5 Entanglement.

1.6 Quantum Teleportation.

1.7 Quantum Communication.

1.8 Quantum Computation.

1.9 Quantum Error Correction.

1.10 Experiment: Non-optical Implementations.

2 Introduction to Optical Quantum Information Processing.

2.1 Why Optics?

2.2 Quantum Optical States and Encodings.

2.3 Quantum Optical Unitaries.

2.4 Gaussian Unitaries.

2.5 Quantum Optical Non-unitaries.

2.6 Gaussian Non-unitaries.

2.7 Linear Optics: Possibilities and Impossibilities.

2.8 Optical Quantum Computation.

Part Two Fundamental Resources and Protocols.

3 Entanglement.

3.1 Qubit Entanglement.

3.2 Qumode Entanglement.

4 Quantum Teleportation.

4.1 Qubit Quantum Teleportation.

4.2 Qumode Quantum Teleportation.

5 Quantum Error Correction.

5.1 The Nine-Qubit Code.

5.2 The Nine-Qumode Code.

5.3 Experiment: Quantum Error Correction.

5.4 Entanglement Distillation.

5.5 Experiment: Entanglement Distillation.

Part Three Measurement-Based and Hybrid Approaches.

6 Quantum Teleportation of Gates.

6.1 Teleporting Qubit Gates.

6.2 Teleporting Qumode Gates.

7 Cluster-Based Quantum Information Processing.

7.1 Qubits.

7.2 Qumodes.

8 Hybrid Quantum Information Processing.

8.1 How to Create Non-Gaussian States, Cat States.

8.2 Experiment: Creation of Non-Gaussian States, Cat States.

8.3 Hybrid Entanglement.

8.4 Hybrid Quantum Teleportation.

8.5 Hybrid Quantum Computing.

References.

Index.