Quantum Communication and Information TechnologiesAlexander S. Shumovsky, Valery I. Rupasov Remarkable recent developments in the field of quantum communications and quantum information processing include the achievement of quantum teleportation, quantum communication channels based on entangled states, and the discovery of quantum computing algorithms. The present book addresses the physical foundations of the subject, as well as the technological problems, discussing such aspects as photonics, quantum imaging, engineered entanglement in atomic and other physical systems, Bose-Einstein condensation, and decoherence. Indispensable reading for graduates and Ph.D. students in departments of physics, electrical and electronic engineering, mathematics, and computer science seeking both an orientation as well as advanced training in the field. |
Contents
Schmidtmode Analysis of Entanglement for Quantum Information Studies | 1 |
The Schmidt Theorem | 2 |
Finite Hilbert space | 4 |
Quantum Entanglement in Very Large State Spaces | 5 |
Beyond Spontaneous Emission | 9 |
Summary | 11 |
Quantum Metrology and Quantum Information Processing with Hyperentangled Quantum States | 13 |
Sergienko G S Jaeger G Di Giuseppe Bahaa E A Saleh Malvin C Teich 1 Introduction | 14 |
Universal NOT Gate | 67 |
Experimental Realization of UNOT Gate | 72 |
Conclusion | 78 |
An Introduction to Quantum Imaging | 85 |
Lecture notes on quantumnondemolition measurements in optics | 101 |
Cavity Quantum Electrodynamics with Single Atoms | 125 |
Multipole Radiation in Quantum Domain | 145 |
Theory of Atomic Hyperfine Structure | 171 |
Hyperentangled State Engineering | 19 |
Quantum Metrology and Quantum Information | 31 |
Conclusion | 43 |
Universal Quantum Machines | 47 |
Bell Telephone FLASH | 49 |
Nocloning Theorem | 52 |
Universal Quantum Cloners | 56 |
Nosignaling Linearity of Quantum Mechanics | 59 |
Cloning Signaling POVM | 64 |
Interaction of Mesoscopic Devices with nonclassical Electromagnetic Fields | 195 |
Resonance Quantum Optics of Photonic Crystals | 211 |
Photonic Crystals For Communications | 251 |
Physics and Applications of Defect Structures in Photonic Crystals | 273 |
Coherence and Superfluidity in Atomic Gases | 299 |
Different Scattering Regimes in Twodimensional BoseEinstein Condensates | 329 |
An Informationtheoretic Analysis of Grovers Algorithm | 339 |
Other editions - View all
Quantum Communication and Information Technologies Alexander S. Shumovsky,Valery I. Rupasov Limited preview - 2012 |
Quantum Communication and Information Technologies Alexander S. Shumovsky,Valery I. Rupasov No preview available - 2011 |
Quantum Communication and Information Technologies Alexander S. Shumovsky,Valery I. Rupasov No preview available - 2003 |
Common terms and phrases
algorithm amplifier amplitude angular momentum approximation atomic system beam Bethe Bethe ansatz Bilkent Bilkent University Bose Bose-Einstein condensation bosons classical coherent components corresponding coupling density matrix described detection detector Dirac dispersion down-conversion electromagnetic field electron emission energy entangled equation excitations experiment experimental Fermi Fermi gas Fock frequency gap soliton group velocity Grover's algorithm Hamiltonian Hamiltonian Hamiltonian harmonic Hilbert space imaging input interaction interference Josephson Lett linear magnetic field maser measurement micromaser microwaves nonlinear observed obtained operator oscillations output parameters particle photon number photonic crystal photonic crystal waveguides Phys physical polariton polarization potential propagation properties pulse quantum cloning Quantum Communication quantum information quantum mechanics qubit radiation resonance Rupasov scattering Sergienko signal single photon soliton solution spatial SPDC spherical spin string structure superfluid theory transition trap two-particle two-photon vector wave function waveguide zero
