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Pavičić M. — Quantum Computation and Quantum Communication: Theory and Experiments
Pavičić M. — Quantum Computation and Quantum Communication: Theory and Experiments



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Название: Quantum Computation and Quantum Communication: Theory and Experiments

Автор: Pavičić M.

Аннотация:

Mladen Pavicic presents the main elements of the quantum computation and communication theories and their implementation in a self-consistent way that keeps the reader from getting lost in details. The book is not a textbook, does not contain exercises, and can be read without a copybook. It introduces concepts like quantum computer circuits, physical computing, qubit formalism, quantum Turing machine, quantum cryptography, and quantum error correction by means of elementary quantum mechanical formalism and elements of classical computation theory. The concepts that do not have classical counterparts, like quantum entanglement, teleportation, and the no-cloning theorem are introduced with the help of the corresponding experiments. Yet, the presentation does not stop short of discussing some challenging points: The classical Turing machine is a mathematical procedure that singles out the binary Boolean algebra for classical computers. Can the quantum Turing machine provide us with a quantum algebra for quantum computers? The qubit is a two-level system. What are the details of its three-dimensional representation on and in the Bloch sphere? Quantum circuits trace the histories of each qubit and their mutual control-target relationships. How do we handle entangled qubits that share the same state? Shor's algorithm for factoring numbers in a polynomial time is considered one of the most important boosts to the development of quantum computing since the security of today's e-business depends on the assumed exponential classical complexity of factoring numbers. Has quantum cryptography eliminated the need of implementing Shor's algorithm? Would-be super-fast quantum computers can beuniversal simulators of quantum systems. Can they also be universal computers?


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2006

Количество страниц: 221

Добавлена в каталог: 14.11.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Phase, shift, correction      80
Phase-coding, entangled pair      132
Phase-coding, EPR pair      132
Phase-coding, quantum cryptography      81
Phonon      110 112
Phonon, anticommutation relations      112
Phonon, state      112
Phosphorus donor      102
Photon, angular momentum      20
Photon, entangled      62
Photon, gun      127
Photon, idler      129
Photon, on demand      127 140
Photon, particle aspect      18
Photon, Planck energy      18
Photon, pump      129
Photon, signal      129
Photon, total angular momentum      21
Photon, wave aspect      18
Physical computation      34
Pickup coil      96
Planck energy      18
Planck energy, electron      93
Planck energy, photon      18
PMOS      9
PNP MOSFET      9
Poisson distribution      127
Polarization      18
Polarization, circular      20 147
Polarization, Hilbert space      156
Polarization, linear      18 19 22 39 40 44 59 63 68 70 129 147
Polarization, nonlinear      129
Polarization-coding, entangled pair      131
Polarization-coding, EPR pair      131
Polarizing beam splitter      150
Population, inversion      138
Population, inverted      140
Poset, orthomodular, $\sigma$      193
Poynting vector      19 21
Precession      96
Precession, frequency      97
Prime, relatively      67 180
Privacy amplification      85
Probabilistic, device, quantum      20
Probabilistic, intrinsically quantum measurement      27
Probabilistic, transition function, Turing machine      190
Probabilistic, Turing machine      190
Probability, amplitudes, quantum      27
Probability, coincidence      61 62
Probability, quantum      20 27 28
Projector      27
Propagation vector      20
Propositional logic      7
Protocol, B92      81 82
Protocol, BB84      69 82
Protocol, Bennett — Brassard      69
Protocol, six-state      81
Pseudo CNOT gate      160
Public key cryptography, classical      66
Public key protocol, classical      67
Public key protocol, RSA      67
Pump photon      129
Pure state      28 40
Purification      153
qed      90
QED, cavity      88 124
QKD      125 127
QND device      157
Quantum, bit-flip      76
Quantum, bits      17
Quantum, CCNOT gate      77
Quantum, circuit      30 32 52 55—57 77—80 122 153 176 182 191
Quantum, circuit, diagram      32 182
Quantum, circuit, interaction-free      166
Quantum, circuit, quantum logic      61
Quantum, circuit, size      30
Quantum, coin      173
Quantum, computation, roadmap      124
Quantum, computer, cavity quantum electrodynamics (QED)      88
Quantum, computer, continuous      194
Quantum, computer, ion trap      121
Quantum, computer, Kane      103
Quantum, computer, NMR      98
Quantum, computer, silicon-based      103
Quantum, controlled-controlled-NOT gate      77
Quantum, cryptography      36 64 69
Quantum, cryptography, continuous variables      126
Quantum, cryptography, entangled pairs      126 128
Quantum, cryptography, free space transmission      126
Quantum, cryptography, phase-coding      81
Quantum, cryptography, roadmap      126
Quantum, cryptography, single-photon sources      126 127
Quantum, cryptography, weak laser pulses      126
Quantum, dot      128 152
Quantum, Fourier transform      173 183
Quantum, gate      17 23 29 108
Quantum, information theory      61
Quantum, key distribution      125
Quantum, logic      15 61
Quantum, logic, completeness      194
Quantum, logic, gate      17 29
Quantum, logic, proper      194
Quantum, logic, soundness      194
Quantum, measurement      27
Quantum, measurement, intrinsically probabilistic      27
Quantum, network      20
Quantum, network, DARPA      125
Quantum, nondemolition detection device      157
Quantum, number, angular momentum      89 147
Quantum, number, magnetic      147
Quantum, probabilistic device      20
Quantum, probability      20 27 28
Quantum, probability, amplitudes      27
Quantum, register      182
Quantum, repeater      151
Quantum, transition function, Turing machine      190
Quantum, Turing machine      190
Quarter-wave plate      22 149 166
Quaternions, (skew) field of      191 196
Qubit      19
Qubit, control      51
Qubit, entangled      57
Qubit, flying      20 123
Qubit, stationary      20 123
Qubit, target      51
Qutrits      51
QWP      22 166
Rabi, flopping frequency      115
Rabi, frequency      115 119
Radio-frequency (RF)      96 103
Radio-frequency (RF), magnetic field, Kane computer      103
Radio-frequency (RF), magnetic field, NMR computer      96
Raman, adiabatic passage, stimulated      144
Raman, scheme      113
Ray, extraordinary      68
Ray, ordinary      68
Real numbers, field of      191 196
Reckonability      5
Red sideband frequency      121
Reflectance      41
Reflection coefficient      41
Reflectivity      161
Register, quantum      182
Relatively prime numbers      67 180
Resonance, interaction-free detection      163
Resonant pulses      96
Resonator      161
Resonator, Fabry — Perrot      138
Resonator, optical      138
Resonator, total-internal-reflection, monolithic      161
Reversible circuit      16 54
Reversible logic      15
Reversible logic gate      15
Reversible universal gate      15
RF      96 103
RF, coil      96
RF, electric field      110
RF, field      103
RF, generator      96
RF, pulses      96
RF, signals      96
Right-hand circular polarization      21
Ritt's characteristic set calculations      171
Roadmap, quantum computation      124
Roadmap, quantum cryptography      126
Rotating wave approximation      115
Round-trip      161
RSA, key      35
RSA, public key protocol      67
Rubidium      148 165
S-gate      107
Scalable ion trap computer      122
Schroedinger, cat states      57
Schroedinger, equation      114 136 142 187 197
Schroedinger, picture      120
Selection frequency      162
Semiconductor      9
Semiconductor, Si      103
Separable subspace      26
Set      12 105
Sheffer stroke      7
Shor's algorithm      31 35 36 64 98 137 180 181
Shor's algorithm, exponential speedup      181
Shor's algorithm, exponential time      181
Shor's algorithm, NMR      98 180 183
Si semiconductor      103
Si substrate      103
Sideband frequency      121
Sifted key      71
Signal Photon      129
Silicon-based nuclear spins      88 100
Simon's algorithm      31 180
Simon's algorithm, exponential speedup      180
Single-electron transistor      12 105
Single-photon, detector      126
Single-photon, Fock state      127
Singlet state      43 62
Singlet state, maximal      153
Singlet state, nonmaximal      153
Sisyphus cooling      111 119
Six-state protocol      81
Size of a quantum circuit      30
SO (3) group      47
Solid state      124
Space, finite dimensional      26
Space, Fock      40
Space, Hilbert, composite      136
Space, Hilbert, embedding      156
Space, Hilbert, n-dimensional      167
Space, Hilbert, polarization      156
Space, spin      48
Space, vector      24
Special 2-dimensional unitary group      47
Special orthogonal 3-dimensional rotation group      47
Spherical mirror, optical cavity      140
Spin, electron      91 100
Spin, space      48
Spin, subspace, Kane computer      106
Spin-orbit interaction      91 102 147
State, Bell      154
State, cloned      58
State, copied      58
State, dark      143 145 147
State, dark, cavity      146
State, dark, teleportation      147
State, decomposition      156
State, empty      40
State, entangled      45 57 79
State, entangled, on demand      122
State, Fock, single-photon      127
State, hyper-entangled      156
State, metastable      138
State, number      117
State, pure      28 40
State, singlet      43 62
State, singlet, maximal      153
State, singlet, nonmaximal      153
State, teleported      64
State, triplet      62 131
State, unknown      58 137
State, vacuum      40 117
Stimulated Raman adiabatic passage      144
STIRAP      144 146 149
Stokes, laser      144
Stokes, laser, beam      143
Stokes, laser, field      144
Strong interaction      190
SU(2) group      47
Subexponential complexity      35 180
Subspace, closed      26
Subspace, linear      27
Subspace, separable      26
Subspace, spin, Kane computer      106
Substrate      9
Substrate, Si      103
Super-polynomial complexity      180
Superconducting      124
Superposition      20 22 24 167
Superposition, lattice      195
Superposition, principle lattice      195
swapper      156
Syndrome      75
tally      4
Target qubit      51
Teleportation      61 63 68 150 151
Teleportation, deterministic      122
Teleported state      64
Tensor product      40
Toffoli gate      16 54
Tokamak      87
Total-internal-reflection resonator monolithic      161
transistor      9
Transistor, barrier      10
Transistor, channel      9
Transistor, circuit      12
Transistor, single electron      12 105
Transition function, deterministic, Turing machine      4
Transition function, probabilistic, Turing machine      190
Transition function, quantum, Turing machine      190
Transmission coefficient      41
Transmittance      41
Transversal field      21
Trapped ion      109 124
Trapped ion, computer      109
Trial divisions      34
Trichloroethylene      97
triplet state      62 131
Truth table      8
Tunneling, resonator      161
Turing machine      1
Turing machine, deterministic      4
Turing machine, deterministic, transition function      4
Turing machine, Goedel numbering of      6
Turing machine, probabilistic      190
Turing machine, probabilistic, transition function      190
Turing machine, quantum      190
Turing machine, quantum, transition function      190
Turing machine, universal      7
Turing-computable      5
Type-I down-conversion      130
1 2 3 4
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