COMPUTATION: QUANTUM:
See also History of
Quantum Computing
- General: TEXTBOOKS:
Preskill and Kitaev 98/09;
- General:
Quantum Computation Preprint Reviews Server;
Quantum Computation Introductions and Tutorials (Oxford);
Smolin (homepage);
Steane 97/08;
Hughes 97/12;
Vedral and Plenio 98/02;
Scarani 98/04;
Rieffel and Polak 98/09;
Zalka 98/11;
Aharonov 98/12;
Patel 99/09;
DiVincenzo et al. 99/11;
Crottet 2000/03 (in French);
Knill and Nielsen 2000/10a;
Grover 2000/11;
Volovich 2001/09;
Mermin 2002/07;
Knill et al. 2002/07;
-
Quantum Computations: Fundamentals And Algorithms
by Steven Duplij and Illia Shapoval
[2006/09]
-
An Introduction to Quantum Computing
by Noson S. Yanofsky
[2007/08]
-
An Overview of Quantum Computing for Technology Managers
by Eleanor G. Rieffel
[2008/04]
-
Quantum Memories: A Review based on the European
Integrated Project "Qubit Applications (QAP)"
by Christoph Simon et al.
[2010/03]
-
Quantum Computing
by Thaddeus D. Ladd et al.
[2010/03]
-
Quantum computer for dummies
by Andrey Grozin
[2011/08] In Russian.
-
Quantum Computation and Quantum Information
by Yazhen Wang
[Statistical Science 27, 373 (2012)]
-
Why now is the right time to study quantum computing
by Aram W. Harrow
[ACM XRDS 18, 32 (2012)]
-
Quantum algorithms: an overview
by Ashley Montanaro
[2015/11]
-
Recent advances on integrated quantum communications
by Adeline Orieux and Eleni Diamanti
[Journal of Optics 18, 083002 (2016)]
-
An Introduction to Quantum Computing,
Without the Physics
by Giacomo Nannicini
[2017/08]
-
An Introduction to Superconducting Qubits
and Circuit Quantum Electrodynamics
by Nicholas Materise
[2017/08]
-
A very brief introduction to quantum computing
and quantum information theory for mathematicians
by J. M. Landsberg
[2018/01]
-
Solid-State Qubits
by M. Fernando Gonzalez-Zalba
[Revista Española de Física 31, 4 (2017)]
-
Quantum Algorithm Implementations for
Beginners
by Patrick J. Coles et al.
[2018/04]
-
Experimental quantum mechanics in the
class room: Testing basic ideas of quantum
mechanics and quantum computing using
IBM quantum computer
by Anirban Pathak
[2018/05]
-
A Quantum Engineer's Guide to
Superconducting Qubits
by Philip Krantz et al.
[2019/04]
-
Introduction to Experimental Quantum
Measurement with Superconducting Qubits
by Mahdi Naghiloo
[2019/04]
-
Quantum Computing as a High School Module
by Anastasia Perry et al.
[2019/05] 129 pp.
-
Quantum Computing: An Overview
Across the System Stack
by Salonik Resch and Ulya R. Karpuzcu
[2019/05]
-
Superconducting Qubits: Current State of Play
by Morten Kjaergaard et al.
[2019/05]
-
Quantum Computing @MIT: The Past, Present,
and Future of the Second Revolution
by F. Vasconcelos
[2020/02]
-
Quantum Computation and Applications
by B. Bishnoi
[2020/06]
-
Quantum information processing: An essential primer
by E. Soljanin
[2020/06]
-
Quantum physics without the physics
by N. Petersson et al.
[2020/12] i.e. for applied mathematicians.
-
Quantum computing forty years later
by J. Preskill
[2021/06]
-
Towards real-world quantum networks: A review
by S.-H. Wei et al.
[2022/01]
-
The basics of quantum computing for chemists
by D. Claudino
[2022/03]
-
Near-Term Quantum Computing Techniques:
Variational Quantum Algorithms, Error Mitigation,
Circuit Compilation, Benchmarking and Classical Simulation
by H.-L. Huang et al.
[2022/11]
-
Notes on quantum computation and information
by R. G. Jha
[2023/01]
-
A short introduction to quantum computing for physicists
by O. Zapata
[2023/06]
-
Lecture notes on quantum computing
by A. F. Kockum et al.
[2023/11] 177 pp.
-
Five-year update to 'The Next Steps in Quantum Computing'
by K. Brown et al.
[2024/03]
-
Quantum computers, quantum computing, and quantum thermodynamics
by F. Cleri
[2024/04]
- General: HARDWARE:
- Type: ADIABATIC / D-WAVE:
- Type: ATOMIC:
- Type: COUPLED-CAVITY ARRAY:
- Type: DISTRIBUTIVE:
- Type: FAULT-TOLERANT:
- Type: FULLERENE:
- Type: GATE-BASED:
- Type: BY LOCAL MEASUREMENT:
- Type: MACROSCOPIC:
- Type: NMR:
- Type: OPTICAL/PHOTONIC:
- Type: SEMICONDUCTOR:
- Type: SPIN WAVE:
- Type: SUPERCONDUCTING:
- Type: TOPOLOGICAL:
Vedral 2002/12;
- Type: TRAPPED ION:
- Type: VARIATIONAL:
- Aspects:
ERROR CORRECTING CODES;
- Aspects: ALGORITHMS:
Shor 2000/05;
- Aspects: ANNEALING:
- Aspects: COMPUTATIONAL SUPREMACY:
- Aspects: DEVICES:
Chen et al. 2003/03;
- Aspects: FINITE-RESOURCE:
- Aspects: INFORMATION PROCESSING:
Knill and Nielsen 2000/10b;
- Aspects: ION TRAP METHOD:
Hughes 97/12;
- Aspects: LEARNING:
- Aspects: MEMORIES:
- Aspects: NMR METHOD:
Jones et al. 98/05;
Cory et al. 2000/04;
Laflamme et al. 2002/07;
- Aspects: PLATEAUX:
- Aspects: QUANTUM INFORMATION:
Cleve 99/06;
- Aspects: SECURITY:
- Aspects: VERIFICATION:
- Re: ANYONS:
- Re: AUTOMATA:
- Re: CHEMISTRY:
- Re: COHERENT STATES:
Fujii 2002/07;
- Re: COMPLEXITY:
ECCC Lecture Notes;
- Re: CONTROL THEORY:
- Re: CRYPTOGRAPHY:
Hughes 97/12;
- Re: DEEP/MACHINE LEARNING:
- Re: ECONOMICS/FINANCE:
- Re: FLUIDS:
- Re: GEOMETRIC PHASE:
- Re: GRAPH THEORY:
- Re: JOSEPHSON JUNCTIONS:
Makhlin et al. 2000/11;
- Re: LATTICE FIELD THEORY:
- Re: MAJORANA QUBITS:
- Re: MASTER EQUATIONS:
- Re: NANOMATERIALS:
- Re: NEURAL NETS:
Gurney 96/06;
- Re: NUCLEAR MAGNETIC RESONANCE:
- Re: PLASMAS:
- Re: QUANTUM DOTS:
Hu and Sarma 2002/11;
- Re: QUANTUM ELECTRODYNAMICS:
- Re: RANDOM WALKS:
- Re: THERMODYNAMICS: