Template:Quantum information: Difference between revisions
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* [[Quantum computing]] | * [[Quantum computing]] | ||
** [[Timeline of quantum computing|Timeline]] | ** [[Timeline of quantum computing|Timeline]] | ||
* [[Quantum information]] | * [[Quantum information]] | ||
* [[Quantum programming]] | * [[Quantum programming]] | ||
* [[Quantum simulator|Quantum simulation]] | |||
* [[Qubit]] | * [[Qubit]] | ||
** [[Physical and logical qubits|physical vs. logical]] | ** [[Physical and logical qubits|physical vs. logical]] | ||
* [[List of quantum processors|Quantum processors]] | * [[List of quantum processors|Quantum processors]] | ||
** [[Cloud-based quantum computing|Cloud-based]] | |||
|group2 = Theorems | |group2 = Theorems | ||
|list2 = | |list2 = | ||
* [[Bell's theorem|Bell's]] | * [[Bell's theorem|Bell's]] | ||
* [[Eastin–Knill theorem|Eastin–Knill]] | |||
* [[Gleason's theorem|Gleason's]] | * [[Gleason's theorem|Gleason's]] | ||
* [[Gottesman–Knill theorem|Gottesman–Knill]] | * [[Gottesman–Knill theorem|Gottesman–Knill]] | ||
| Line 44: | Line 46: | ||
* [[Monogamy of entanglement]] | * [[Monogamy of entanglement]] | ||
* [[LOCC]] | * [[LOCC]] | ||
* [[Post-quantum cryptography]] | |||
* [[Quantum channel]] | * [[Quantum channel]] | ||
**[[Quantum network]] | **[[Quantum network]] | ||
* [[Quantum cryptography]] | * [[Quantum cryptography]] | ||
** [[BB84]] | |||
** [[Quantum key distribution]] | ** [[Quantum key distribution]] | ||
** [[ | ** [[Quantum money]] | ||
** [[Quantum secret sharing]] | |||
** [[SARG04]] | ** [[SARG04]] | ||
** [[Three-stage quantum cryptography protocol]] | ** [[Three-stage quantum cryptography protocol]] | ||
* [[Quantum teleportation]] | * [[Quantum teleportation]] | ||
**[[Quantum gate teleportation]] | |||
* [[Superdense coding]] | * [[Superdense coding]] | ||
| group4 = [[Quantum algorithm]]s | | group4 = [[Quantum algorithm]]s | ||
| list4 = | | list4 = | ||
* [[Amplitude amplification]] | * [[Amplitude amplification]] | ||
* [[Quantum algorithm for linear systems of equations| | * [[Bernstein–Vazirani algorithm|Bernstein–Vazirani]] | ||
* [[Boson sampling]] | |||
* [[Deutsch–Jozsa algorithm|Deutsch–Jozsa]] | |||
* [[Grover's algorithm|Grover's]] | |||
* [[Quantum algorithm for linear systems of equations|HHL]] | |||
* [[Quantum annealing]] | * [[Quantum annealing]] | ||
* [[Quantum counting algorithm|Quantum counting]] | |||
* [[Quantum Fourier transform]] | * [[Quantum Fourier transform]] | ||
* [[Quantum | * [[Quantum optimization algorithms|Quantum optimization]] | ||
* [[Quantum phase estimation algorithm|Quantum phase estimation]] | |||
* [[ | * [[Shor's algorithm|Shor's]] | ||
* [[Simon's problem|Simon's]] | |||
* [[Variational quantum eigensolver|VQE]] | |||
| group5 = [[Quantum complexity theory|Quantum<br/>complexity theory]] | | group5 = [[Quantum complexity theory|Quantum<br/>complexity theory]] | ||
| Line 79: | Line 84: | ||
* [[QMA]] | * [[QMA]] | ||
* [[PostBQP]] | * [[PostBQP]] | ||
| group6 = Quantum <br> processor benchmarks | |||
| list6 = | |||
* [[Quantum supremacy]] | |||
* [[Quantum volume]] | |||
* [[Randomized benchmarking]] | |||
**[[Cross-entropy benchmarking|XEB]] | |||
* [[Relaxation (NMR)|Relaxation times]] | |||
** [[Spin–lattice relaxation|''T<sub>1</sub>'']] | |||
** [[Spin–spin relaxation|''T<sub>2</sub>'']] | |||
| | | group7 = Quantum<br/>[[model of computation|computing models]] | ||
| | | list7 = | ||
* [[Adiabatic quantum computation]] | * [[Adiabatic quantum computation]] | ||
* [[ | * [[Continuous-variable quantum information]] | ||
* [[One-way quantum computer]] | * [[One-way quantum computer]] | ||
** [[cluster state]] | ** [[cluster state]] | ||
* [[Quantum circuit]] | * [[Quantum circuit]] | ||
** [[Quantum logic gate]] | ** [[Quantum logic gate]] | ||
* [[Quantum machine learning]] | |||
** [[Quantum neural network]] | |||
* [[Quantum Turing machine]] | * [[Quantum Turing machine]] | ||
* [[Topological quantum computer]] | * [[Topological quantum computer]] | ||
| | |||
| | | group8 = [[Quantum error correction|Quantum<br/>error correction]] | ||
| list8 = | |||
* Codes | * Codes | ||
** [[CSS code|CSS]] | ** [[CSS code|CSS]] | ||
| Line 102: | Line 120: | ||
** [[Toric code|Toric]] | ** [[Toric code|Toric]] | ||
** [[Gnu code|''gnu'']] | ** [[Gnu code|''gnu'']] | ||
* [[Entanglement-assisted stabilizer formalism|Entanglement-assisted | * [[Entanglement-assisted stabilizer formalism|Entanglement-assisted]] | ||
| | |||
| | | group9 = Physical<br/>implementations | ||
| list9 = | |||
{{Navbox|subgroup | {{Navbox|subgroup | ||
| group1 = [[Quantum optics]] | | group1 = [[Quantum optics]] | ||
| list1 = | | list1 = | ||
* [[Cavity quantum electrodynamics|Cavity QED]] | * [[Cavity quantum electrodynamics|Cavity QED]] | ||
* [[Circuit quantum electrodynamics|Circuit QED]] | * [[Circuit quantum electrodynamics|Circuit QED]] | ||
| Line 118: | Line 136: | ||
| list2 = | | list2 = | ||
* [[Optical lattice]] | * [[Optical lattice]] | ||
* [[Trapped ion quantum computer]] | * [[Trapped ion quantum computer|Trapped ion QC]] | ||
| group3 = [[Spin (physics)|Spin]]-based | | group3 = [[Spin (physics)|Spin]]-based | ||
| Line 124: | Line 142: | ||
* [[Kane quantum computer|Kane QC]] | * [[Kane quantum computer|Kane QC]] | ||
* [[Spin qubit quantum computer|Spin qubit QC]] | * [[Spin qubit quantum computer|Spin qubit QC]] | ||
* [[Nitrogen-vacancy center]] | * [[Nitrogen-vacancy center|NV center]] | ||
* [[Nuclear magnetic resonance quantum computer| | * [[Nuclear magnetic resonance quantum computer|NMR QC]] | ||
| group4 = [[Superconducting quantum computing|Superconducting<br/>quantum computing]] | | group4 = [[Superconducting quantum computing|Superconducting<br/>quantum computing]] | ||
| Line 135: | Line 153: | ||
}} | }} | ||
| | | group10 = [[Quantum programming|Quantum<br/>programming]] | ||
| | | list10 = | ||
*[[OpenQASM]]-[[Qiskit]]-[[IBM Quantum Experience|IBM QX]] | *[[OpenQASM]]-[[Qiskit]]-[[IBM Quantum Experience|IBM QX]] | ||
*[[Quil (instruction set architecture)|Quil]]-[[Rigetti Computing|Forest/Rigetti QCS]] | *[[Quil (instruction set architecture)|Quil]]-[[Rigetti Computing|Forest/Rigetti QCS]] | ||
Latest revision as of 17:26, 20 February 2023
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Template Series
This is one of many navbox templates related to quantum mechanics or its applications. The full list of templates are shown below.
- {{Quantum mechanics topics}}
- {{Quantum electrodynamics}}
- {{Quantum field theories}}
- {{Quantum gravity}}
- {{Quantum information}}
Initial visibility: currently defaults to autocollapse
To set this template's initial visibility, the |state= parameter may be used:
|state=collapsed:{{Quantum information|state=collapsed}}to show the template collapsed, i.e., hidden apart from its title bar|state=expanded:{{Quantum information|state=expanded}}to show the template expanded, i.e., fully visible|state=autocollapse:{{Quantum information|state=autocollapse}}
If the |state= parameter in the template on this page is not set, the template's initial visibility is taken from the |default= parameter in the Collapsible option template. For the template on this page, that currently evaluates to autocollapse.
See also
- {{Quantum mechanics}}, associated sidebar
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