Photonic Quantum Information Processing
Autor Daniel Beom Soo Sohen Limba Engleză Hardback – 24 feb 2027
- Develops coherent, squeezed, cat, and thermal states alongside Wigner functions, quasiprobability distributions, and the covariance-matrix formalism, giving a unified phase-space framework for states, dynamics, and measurement.
- Treats beam splitters, interferometers, and Reck/Clements linear-optical networks as both mathematical objects and programmable hardware, together with photodetection, homodyne, and heterodyne measurement.
- Presents two-mode squeezing and continuous-variable entanglement as the resource layer for teleportation and cluster-state architectures.
- Builds the information-theoretic core — quantum state discrimination, quantum channels and the Holevo bound, and quantum parameter estimation via Fisher information and Cramér–Rao bounds — with squeezed-light-enhanced interferometry as the flagship application.
- Covers quantum key distribution end to end, from BB84 through continuous-variable protocols, including security analysis and privacy amplification.
- Concludes with bosonic quantum error correction (GKP and cat codes) and photonic quantum computing, including the KLM protocol, boson sampling, and measurement-based computation with cluster states.
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Specificații
ISBN-13: 9781041325413
ISBN-10: 104132541X
Pagini: 424
Ilustrații: 94
Dimensiuni: 156 x 234 mm
Ediția:1
Editura: CRC Press
Colecția Chapman and Hall/CRC
ISBN-10: 104132541X
Pagini: 424
Ilustrații: 94
Dimensiuni: 156 x 234 mm
Ediția:1
Editura: CRC Press
Colecția Chapman and Hall/CRC
Public țintă
Undergraduate AdvancedCuprins
Part I. Foundations1. States of Light2. Gaussian Formalism, Linear Optics, and Detection Part II: Information Processing3. Quantum State Discrimination4. Quantum Channels and the Holevo Bound5. Quantum Parameter Estimation6. Quantum Key Distribution7. Quantum Error Correction for Bosonic Modes8. Photonic Quantum Computing A. Symplectic Group Essentials B. The Lindblad Master Equation C. Classical Information Primer D. Distinguishability and Fidelity Measures. Index
Notă biografică
Daniel Soh is Associate Professor of Optical Sciences at the James C. Wyant College of Optical Sciences, University of Arizona, with a joint appointment as Associate Professor of Electrical and Computer Engineering. He directs the Theory and Experiment of Scalable Quantum Systems Laboratory, whose research spans scalable quantum information processing in open quantum systems, qubit transduction, photonic quantum computing with squeezed light, quantum reservoir computing, and light–matter interaction in topological quantum materials.
He holds two doctoral degrees: a PhD in Applied Physics from Stanford University (2019), specializing in quantum dynamic systems, and a PhD in Optoelectronics from the University of Southampton (2005), specializing in high-power fiber lasers. He also holds an MSc in Applied Physics from Stanford (2016), and an MSc in Control Systems (2002) and BSc in Electrical Engineering (1999) from Seoul National University.
Before joining the University of Arizona in 2023, he spent fourteen years at Sandia National Laboratories in California, most recently as Principal Member of Technical Staff (2013–2023). Earlier positions include Senior Scientist at JDS Uniphase, R&D Manager at Calmar Laser, and Postdoctoral Researcher at the University of California, Berkeley.
His honors include the Sandia Early Career Award (2012–2014), Sandia Royalty/Patent/Copyright Innovation Awards (2021, 2023), the Chevening Scholarship (2002), the UK government Overseas Research Student Award (2003–2005), and a Ministry of IT scholarship from the Government of South Korea (2002–2005). The present textbook grew out of his graduate course sequence (OPTI 647B / OPTI 595B) at the Wyant College.
He holds two doctoral degrees: a PhD in Applied Physics from Stanford University (2019), specializing in quantum dynamic systems, and a PhD in Optoelectronics from the University of Southampton (2005), specializing in high-power fiber lasers. He also holds an MSc in Applied Physics from Stanford (2016), and an MSc in Control Systems (2002) and BSc in Electrical Engineering (1999) from Seoul National University.
Before joining the University of Arizona in 2023, he spent fourteen years at Sandia National Laboratories in California, most recently as Principal Member of Technical Staff (2013–2023). Earlier positions include Senior Scientist at JDS Uniphase, R&D Manager at Calmar Laser, and Postdoctoral Researcher at the University of California, Berkeley.
His honors include the Sandia Early Career Award (2012–2014), Sandia Royalty/Patent/Copyright Innovation Awards (2021, 2023), the Chevening Scholarship (2002), the UK government Overseas Research Student Award (2003–2005), and a Ministry of IT scholarship from the Government of South Korea (2002–2005). The present textbook grew out of his graduate course sequence (OPTI 647B / OPTI 595B) at the Wyant College.
Descriere
This book provides a structured, self-contained path from the quantum theory of light to the photonic quantum technologies built on it. It's ideal for graduate students and researchers seeking a rigorous, intuition-first foundation in photonic quantum information.