This foundational introduction to the cutting-edge field of quantum information offers a comprehensive presentation of the topic while remaining accessible to students with any STEM background. Accompanied by numerous exercises and worked examples, it features boxed asides to broaden understanding, and an approachable and engaging writing style.
This foundational introduction to the cutting-edge field of quantum information offers a comprehensive presentation of the topic while remaining accessible to students with any STEM background. Accompanied by numerous exercises and worked examples, it features boxed asides to broaden understanding, and an approachable and engaging writing style.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Asma Al-Qasimi is a researcher in quantum information and optics at the University of Rochester and she obtained her degree in physics and mathematics from the University of Toronto. She is a former APS Blewett Fellow and has received awards for her contributions to the teaching of undergraduate quantum mechanics.
Inhaltsangabe
Preface 1. Welcome to quantum computing 2. Quantum mechanics for quantum computers 3. Two qubits and entanglement 4. Quantum algorithms 5. Period finding and Shor's algorithm 6. Realizations of qubits: general discussion 7. Realizations of qubits: examples 8. The physics of two-qubit gates 9. Device characterization 10. Variations on the DiVincenzo criteria 11. Decoherence and how to defeat it 12. Quantum technologies Afterword Solutions to select exercises Appendices Glossary Suggestions for further reading Index.
Preface 1. Welcome to quantum computing 2. Quantum mechanics for quantum computers 3. Two qubits and entanglement 4. Quantum algorithms 5. Period finding and Shor's algorithm 6. Realizations of qubits: general discussion 7. Realizations of qubits: examples 8. The physics of two-qubit gates 9. Device characterization 10. Variations on the DiVincenzo criteria 11. Decoherence and how to defeat it 12. Quantum technologies Afterword Solutions to select exercises Appendices Glossary Suggestions for further reading Index.
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