Quantum Theory
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Quantum Theory
An Information Processing Approach
Rau, Jochen
Oxford University Press
05/2021
288
Dura
Inglês
9780192896308
15 a 20 dias
714
Descrição não disponível.
1. Introduction
1.1: Some Experimental Evidence
1.2: Logic
1.3: Probability
Chapter Summary
Exercises
2. Reasoning About Measurements
2.1: Testable Propositions
2.2: Reachable States
2.3: Maximal Knowledge
2.4: The Operations AND and OR
2.5: Composition
2.6: Exchangeable Assemblies
2.7: Measuring a State
2.8: Preparing a State
Chapter Summary
Further Reading
Exercises
3. Probability in Hilbert Space
3.1: Linear Algebra in a Nutshell
3.2: Propositions and States
3.3: Two-Level System
3.4: Observables and Transformations
3.5: Composite Systems
3.6: The Issue of Reality
3.7: Classical Limit
Chapter Summary
Further Reading
Exercises
4. Computation
4.1: Gates and Circuits
4.2: Universality
4.3: Measurement-Based Computation
4.4: Deutsch-Jozsa Algorithm
4.5: Ground States and Classical Optimization
4.6: Simulation
4.7: High-Precision Measurement
Chapter Summary
Further Reading
Exercises
5. Communication
5.1: Classical Information
5.2: Quantum Information
5.3: Cryptography
5.4: Superdense Coding and Teleportation
Chapter Summary
Further Reading
Exercises
References
Index
1.1: Some Experimental Evidence
1.2: Logic
1.3: Probability
Chapter Summary
Exercises
2. Reasoning About Measurements
2.1: Testable Propositions
2.2: Reachable States
2.3: Maximal Knowledge
2.4: The Operations AND and OR
2.5: Composition
2.6: Exchangeable Assemblies
2.7: Measuring a State
2.8: Preparing a State
Chapter Summary
Further Reading
Exercises
3. Probability in Hilbert Space
3.1: Linear Algebra in a Nutshell
3.2: Propositions and States
3.3: Two-Level System
3.4: Observables and Transformations
3.5: Composite Systems
3.6: The Issue of Reality
3.7: Classical Limit
Chapter Summary
Further Reading
Exercises
4. Computation
4.1: Gates and Circuits
4.2: Universality
4.3: Measurement-Based Computation
4.4: Deutsch-Jozsa Algorithm
4.5: Ground States and Classical Optimization
4.6: Simulation
4.7: High-Precision Measurement
Chapter Summary
Further Reading
Exercises
5. Communication
5.1: Classical Information
5.2: Quantum Information
5.3: Cryptography
5.4: Superdense Coding and Teleportation
Chapter Summary
Further Reading
Exercises
References
Index
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
1. Introduction
1.1: Some Experimental Evidence
1.2: Logic
1.3: Probability
Chapter Summary
Exercises
2. Reasoning About Measurements
2.1: Testable Propositions
2.2: Reachable States
2.3: Maximal Knowledge
2.4: The Operations AND and OR
2.5: Composition
2.6: Exchangeable Assemblies
2.7: Measuring a State
2.8: Preparing a State
Chapter Summary
Further Reading
Exercises
3. Probability in Hilbert Space
3.1: Linear Algebra in a Nutshell
3.2: Propositions and States
3.3: Two-Level System
3.4: Observables and Transformations
3.5: Composite Systems
3.6: The Issue of Reality
3.7: Classical Limit
Chapter Summary
Further Reading
Exercises
4. Computation
4.1: Gates and Circuits
4.2: Universality
4.3: Measurement-Based Computation
4.4: Deutsch-Jozsa Algorithm
4.5: Ground States and Classical Optimization
4.6: Simulation
4.7: High-Precision Measurement
Chapter Summary
Further Reading
Exercises
5. Communication
5.1: Classical Information
5.2: Quantum Information
5.3: Cryptography
5.4: Superdense Coding and Teleportation
Chapter Summary
Further Reading
Exercises
References
Index
1.1: Some Experimental Evidence
1.2: Logic
1.3: Probability
Chapter Summary
Exercises
2. Reasoning About Measurements
2.1: Testable Propositions
2.2: Reachable States
2.3: Maximal Knowledge
2.4: The Operations AND and OR
2.5: Composition
2.6: Exchangeable Assemblies
2.7: Measuring a State
2.8: Preparing a State
Chapter Summary
Further Reading
Exercises
3. Probability in Hilbert Space
3.1: Linear Algebra in a Nutshell
3.2: Propositions and States
3.3: Two-Level System
3.4: Observables and Transformations
3.5: Composite Systems
3.6: The Issue of Reality
3.7: Classical Limit
Chapter Summary
Further Reading
Exercises
4. Computation
4.1: Gates and Circuits
4.2: Universality
4.3: Measurement-Based Computation
4.4: Deutsch-Jozsa Algorithm
4.5: Ground States and Classical Optimization
4.6: Simulation
4.7: High-Precision Measurement
Chapter Summary
Further Reading
Exercises
5. Communication
5.1: Classical Information
5.2: Quantum Information
5.3: Cryptography
5.4: Superdense Coding and Teleportation
Chapter Summary
Further Reading
Exercises
References
Index
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
