Text

Principles and metdhods of quantum information technologies

---

Contents:

Part I Quantum communication
1 Quatum information theory for quantum communication
2 Quantum communication for the ultimate capacity and security
3 Quantum communication for the experiments over optical fiber
4 Spin-photo entanglement in semiconductor quantum dots: towards solid-state-based quantum
repeaters

Part II Quatum metrology and sensing
5 Optical lattice clocks for precision time and frequency metrology
6 Cold atom magnetometers
7 Photonic quatum metrologies using phorons: phase super-sensitivity and entanglement-enhanced
imaging
8 Counting statistics of single-electron transport

Part III Coherent computing
9 Some recent progress for approximation algorithms
10 Coherent computing with injection-locked laser network
11 A degenerate optical parametric oscillator network for coherent computation
12 A coherent ising machine for MAX-CUT problems: performance evaluation against semidenfinite

Part IV Quantum simulation
13 Bose-einstein condensation: a platform for quantum simulation experiments
14 Quantum simulation using ultracold ytterbium atoms in an optical lattice
15 Quantum simulation with trapped ions-experimental realization of the jaynes-cummings-hubbard
model
16 Equilibrium to nonequilibrium condensation in driven-dissipative semiconductor systems
17 High-orbital exciton-polariton condensation: towards quantum-simulator application

Part V Quantum computing
18 Layered architectures for quantum computers and quantum repeaters
19 Analysis of an atom-optical architecture for quantum computation
20 Optical hybrid quantum information processing

Part VI Superconducting qubits
21 Microwave photonics on a chip: superconducting circuits as arftificial atoms for quantum
information processing
22 Achievement and outlook of research on quantum information systems using superconducting
quantum circuits
23 Parametric amplifier and oscillator based on josephson junction circuits
24 Superconductor-diamond hybrid quantum system

Part V Semiconductor and molecular spin qubits
25 Spin qubits semiconductor quantum dots
26 Silicon quantum information processing
27 Quantum information processing experiments using nuclear and electron spins in molecules
28 Molecular spin qubits: molecular optimization of synthetic spin qubilt, molecular AQC and
ensemble spin manipulation technology

---

Availability

Detail Information

Series Title

--

Call Number

R006.3843 YAM p

Publisher

New York : Springer., 2016

Collation

xi, 624 hal.; ilus.; 24 cm

Language

English

ISBN/ISSN

9784431557555

Classification

006.3843

Content Type

-

Media Type

-

Carrier Type

-

Edition

--

Subject(s)

Quantum Computing
Theory of Computation
Quantum computers
Quantum information technology

Specific Detail Info

--

Statement of Responsibility

Yoshihisa Yamamoto dan Kouichi Semba

Other version/related

File Attachment

Comments

---

You must be logged in to post a comment