Category:Quantum computing

**quantum computing**
	study of a model of computation
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Subclass of	computation;
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<nowiki>computación cuántica; 量子運算; 량자계산; konputazio kuantiko; computación cuántica; computació quàntica; Machkhana antañiqiy; Quantenrechnen; ríomhaireacht chandamach; Քվանտային համակարգիչ; 量子计算; kvantedatabehandling; computația cuantică; کوانٹم کمپیوٹنگ; kvantberäkning; kvanttilaskenta; квантові обчислення; computatio quantica; 量子計算; प्रमात्रा अभिकलन; 量子计算机; 양자 계산; 量子计算; kvantuma komputo; kvantová informatika; குவாண்டக் கணினியியல்; computazione quantistica; কোয়ান্টাম কম্পিউটিং; informatique quantique; pakomputeran kuantum; квантавае вылічэньне; క్వాంటం కంప్యూటింగ్; quantum computing; conputasion cuàntega; 量子コンピューティング; квантовый компьютер; komputan kuantum; computação quântica; מחשוב קוונטי; ക്വാണ്ടം കംപ്യൂട്ടിങ്ങ്; kwantumberekening; Квантно рачунарство; Ukucikiza ngohoyana; obliczenia kwantowe; komputasi kuantum; Kvantno računarstvo; Квантын компьютер; kvanterekning; kvanteregning; kwantumrekenen; điện toán lượng tử; kvantno računanje; cyfrifiadura cwantwm; 量子计算; computación cuántica; حوسبة كمومية; κβαντικός υπολογισμός; رایانش کوانتومی; paradigma de computación distinto al de la clásica; basada en el uso de cúbits; permite puertas lógicas a nuevos algoritmos; প্রযুক্তি যা কোয়ান্টাম বলবিদ্যাকে ব্যবহার করে; sous-domaine de l'informatique qui traite des calculateurs quantiques et des modèles de calcul associés; modhèl pakomputeran; 遵循量子力学规律调控量子信息单元进行计算的计算模式; model obliczeń komputerowych; കംപ്യൂട്ടേഷൻ മോഡലിനെ കുറിച്ചുള്ള പഠനം; 遵循量子力学规律调控量子信息单元进行计算的计算模式; Ubuchwepheshe obusebenzisa ukuguxazela kohoyana; disciplína věnující se modelu kvantových počítačů; aplicação de mecânica quântica à computação; laskentatapa, jossa hyödynnetään kvanttitilojen yleisiä ominaisuuksia; study of a model of computation; հաշվարկման մոդելի ուսումնասիրություն; rekenaar wat gebruik maak van kwantummeganiese verskynsels; lo studio di un modello di computazione non-classico; kvantno izračunavanje; 量子計算; calcul quantique; calcolo quantistico; מיחשוב קוונטי; חישוב קוונטי; quantumrekenen; کومڤوتن کوانتوم; 量子計算; kvantuma komputado; 양자계산; quantum computation; حساب كمومي; kvantové výpočty; kvantový výpočet; kvantové počítání; computacion cuantica</nowiki>

English: Quantum computing is the study of a non-classical model of computation.

中文（简体）：量子计算是遵循量子力学规律调控量子信息单元进行计算的计算模式。

Deutsch: Quantenbasiertes Rechnen befasst sich mit dem Rechnen auf quantenmechanischen Grundlagen und unterscheidet sich somit von Binärrechnern.

Subcategories

This category has the following 16 subcategories, out of 16 total.

Quantum computers (3 C, 1 P, 29 F)

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MyQLM (2 F)

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Quantum computing PDF files (11 F)
Photonics for Quantum Workshop 2019 (21 F)

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Q Sharp (2 F)
Qiskit (1 C, 6 F)
Quantum circuit (1 C, 198 F)
Quantum error correction (2 F)
Quantum measurement (1 C, 12 F)

Z

Zx-calculus (24 F)

Media in category "Quantum computing"

The following 157 files are in this category, out of 157 total.

1QBit Corporate Logo.svg 512 × 156; 5 KB
2017-09-22-112315 637x735 scrot.png 637 × 735; 491 KB
4 figures for multiple applications of a randomly generated unitary matrix (2nd example).tif 1,142 × 652; 2.13 MB
4 figures for multiple applications of a randomly generated unitary matrix (3rd example).tif 1,009 × 652; 1.88 MB
4 figures for multiple applications of a randomly generated unitary matrix.tif 1,009 × 652; 1.88 MB
4 Qubit Chip, 10.1103.PhysRevX.5.021027 (A. Wallraff, 2015).png 500 × 354; 152 KB
4 Qubit, 4 Bus, 4 Resonator IBM Device (Jay M. Gambetta, Jerry M. Chow, and Matthias Steffen, 2017).png 531 × 539; 625 KB
A pair of mutually orthogonal quantum Latin squares of size 6.png 876 × 876; 149 KB
AFRL provides US with robust future quantum computing, networking capabilities (8164033).jpg 5,776 × 3,248; 16.49 MB
Andrew Dzurak Image.jpg 1,280 × 853; 238 KB
Atomic nucleus simulated on a quantum computer - 28434461768.jpg 1,280 × 720; 1.3 MB
B92 protocol quantum key distribution.svg 1,052 × 354; 17 KB
Barren plateaus of VQA.webp 1,350 × 989; 58 KB
BQP complexity class diagram uk.svg 518 × 414; 9 KB
C-WAVE Image.jpg 864 × 532; 43 KB
C-WAVE rev.jpg 1,123 × 532; 52 KB
C-WAVE.jpg 1,663 × 813; 59 KB
Categorical quantum mechanics cap.svg 9 × 18; 627 bytes
Categorical quantum mechanics cup.svg 9 × 18; 621 bytes
Categorical quantum mechanics empty diagram.svg 18 × 18; 930 bytes
Charge qubit circuit.svg 460 × 460; 14 KB
Charge2transmon.svg 176 × 403; 26 KB
Demonstrating Quantum Supremacy.webm 4 min 42 s, 1,920 × 1,080; 81.76 MB
Deutsch's Algorithm.svg 224 × 69; 23 KB
Diagram of the Cirac-Zoller CNOT gate.svg 504 × 327; 60 KB
Dr. Charles Bennett IBM Fellow (cropped).jpg 272 × 400; 60 KB
Dr. Charles Bennett IBM Fellow.jpg 800 × 671; 103 KB
DTNS 2141 - Quanto smash!.mp3 31 min 38 s; 29.55 MB
Energy scales for qubits.png 1,170 × 668; 370 KB
EntanglementDistillationSketch.png 570 × 300; 24 KB
EntanglementSwappingSketch.png 459 × 207; 13 KB
Example for classic controlled quantum gate.png 485 × 207; 15 KB
Five qubit code stabilizer measurement circuit.png 5,058 × 1,517; 67 KB
FrameSmal5.gif 250 × 40; 979 bytes
FrameSmall2.gif 250 × 26; 709 bytes
FrameSmall3.gif 250 × 26; 730 bytes
FrameSmall4.gif 250 × 26; 674 bytes
Full wafer of Intel quantum computers.jpg 5,215 × 3,648; 3.77 MB
Google Sycamore Chip 001.png 1,920 × 1,080; 835 KB
Google Sycamore Chip 002.png 879 × 534; 318 KB
Grover algorithm circuit 3.svg 405 × 108; 8 KB
Grover geo.svg 850 × 596; 32 KB
Grover-Amplification.jpg 321 × 261; 8 KB
Grover-EtatFinal.jpg 462 × 390; 11 KB
Grover-EtatInitial.jpg 519 × 442; 15 KB
Grover-MiroirMoyenne.jpg 462 × 390; 16 KB
Grover-PassageParBoiteNoire.jpg 462 × 390; 13 KB
Grover-ProbaVsIter.svg 3,259 × 1,929; 95 KB
Hadamard state machine.svg 720 × 720; 42 KB
Hadamard test measure real.png 1,302 × 362; 12 KB
Hadamard transform on 3 qubits.png 776 × 201; 25 KB
Imatge Porta quantica 01.svg 744 × 354; 19 KB
Imatge Porta quantica Hadamard 01.svg 744 × 354; 19 KB
Imatge Porta quantica Pauli-X 01.svg 744 × 354; 19 KB
Imatge Porta quantica Pauli-X 02.svg 744 × 354; 20 KB
Imatge Porta quantica Pauli-Y 01.svg 744 × 354; 19 KB
Impedence-Matched Lambda-type Three-Level System, 10.1038.ncomms12303 (Inomata et al., 2016).png 1,371 × 1,651; 1.65 MB
Ion qc electrodes.png 684 × 388; 45 KB
Ion trap.svg 438 × 225; 12 KB
Jaynes-Cummings dimer, PhysRevX.4.031043 (J. Raferty, 2014).png 1,260 × 740; 668 KB
JohnMartinisAtIEEETechIgnite2017.jpg 4,128 × 2,322; 1.16 MB
Jones-2012-figure01.png 500 × 416; 48 KB
Jones-2012-figure02.png 500 × 420; 43 KB
Jones-2012-figure09.png 500 × 279; 27 KB
Jones-2012-figure10.png 500 × 252; 22 KB
Jones-2012-figure11.png 500 × 284; 28 KB
Jones-2012-figure15.png 500 × 369; 17 KB
Jones-2012-figure17.png 500 × 319; 27 KB
Kane QC.png 516 × 315; 2 KB
Kickback measure.png 232 × 207; 3 KB
LOCC.png 450 × 395; 94 KB
Logo dwave.png 500 × 140; 12 KB
Maquina cuantica.png 648 × 253; 22 KB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 1.jpg 5,088 × 3,392; 10.4 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 10.jpg 5,088 × 3,392; 10.55 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 11.jpg 4,215 × 2,810; 6.61 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 12.jpg 4,868 × 3,245; 13.88 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 2.jpg 2,851 × 4,277; 7.66 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 3.jpg 4,008 × 2,672; 7.2 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 4.jpg 4,904 × 3,269; 10.31 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 5.jpg 5,088 × 3,392; 8.58 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 6.jpg 4,674 × 3,116; 7.86 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 7.jpg 3,392 × 2,261; 4.36 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 8.jpg 5,088 × 3,392; 10.23 MB
Minister Sir Patrick Vallance officially opens the National Quantum Computing Centre at Harwell Science and Innovation Campus, Oxfordshire, United Kingdom on 25 October 2024 - 9.jpg 5,088 × 3,392; 9.14 MB
Multiverse Computing Logo.png 213 × 121; 6 KB
One dimensional quantum random walk.png 360 × 235; 10 KB
Passive polarization basis measurement.svg 512 × 512; 3 KB
PhaseCircuit-crop.svg 573 × 236; 73 KB
PhaseCircuit.svg 573 × 236; 39 KB
PhotonQ-Demis Hassabis on Artificial Playful Intelligence (15366514658) (2).jpg 2,299 × 1,725; 1.99 MB
QC C-Wave.jpg 1,398 × 1,024; 234 KB
Qiskit screenshot.png 1,430 × 964; 184 KB
Qml approaches.svg 512 × 506; 38 KB
Qml approaches.tif 296 × 290; 32 KB
Quantum Annealing Analogy.svg 512 × 288; 6 KB
Quantum Bomb Testing.png 1,022 × 365; 14 KB
Quantum circuit for Quantum-Fourier-Transform with n qubits.jpg 822 × 368; 36 KB
Quantum circuit that exhibits Parity Measurement.png 1,515 × 362; 11 KB
Quantum computer.jpg 307 × 312; 20 KB
Quantum computer.svg 307 × 312; 12 KB
Quantum Computing for Google Goggles (4171280876).jpg 4,000 × 2,922; 3.11 MB
Quantum Counting Circuit.png 1,428 × 740; 78 KB
Quantum Error Correction On Three Quibits with no Ancilla.png 480 × 235; 40 KB
Quantum gate teleportation.png 3,640 × 1,026; 90 KB
Quantum Information Science and Technology Program.jpg 184 × 210; 12 KB
Quantum Logic Gates.png 2,443 × 3,003; 363 KB
Quantum Monte Carlo Algorithm.svg 920 × 649; 3 KB
Quantum refrigerator at UCL (17626619658).jpg 3,316 × 4,974; 4.33 MB
Quantum Simulator Crystal.jpg 325 × 325; 19 KB
Quantum Simulator Illustration (150 dpi).jpg 1,200 × 439; 287 KB
Quantum Toffoli Gate Implementation.svg 311 × 82; 32 KB
Quantum, AI & Hybrid Cloud converge- The future of computing.webm 16 min 29 s, 1,920 × 1,080; 165.32 MB
Quantum-6.jpg 525 × 375; 110 KB
Quantum-computer-Chalmers 2017.jpg 4,032 × 3,024; 1.97 MB
Quantumgate-Iontrap 1.png 220 × 441; 7 KB
Quantumgate-Iontrap 2.png 220 × 443; 7 KB
Quantumgate-Iontrap 3.png 220 × 441; 7 KB
QuantumPhaseEstimationCircuit.png 1,200 × 617; 56 KB
Qubit registry.jpg 276 × 212; 9 KB
QubitMechanicalResonator.jpg 4,790 × 3,193; 3.32 MB
RAIDA-logo-Small.png 236 × 134; 9 KB
Representation of the two-qubit Phi-minus entangled state.svg 600 × 235; 2 KB
Research in UCL Quantum labs (11926752873).jpg 3,872 × 2,048; 5.8 MB
SAH stopmo 1.webm 4 min 25 s, 1,440 × 1,080; 21.96 MB
Schemea.png 376 × 476; 28 KB
Scientists at the U.S. Army Research Laboratory researching quantum teleportation.jpg 5,362 × 3,575; 10.38 MB
SECOQC Network Architecture.svg 615 × 350; 82 KB
ShannonInformationEPR.png 527 × 419; 143 KB
Silq Programming Language Logo.svg 512 × 220; 4 KB
Simons-algorithm-example-algorithm-result.svg 431 × 286; 31 KB
Simons-algorithm-example-input-measurement.svg 332 × 143; 12 KB
Simons-algorithm-example-output-step-2.svg 324 × 134; 15 KB
Single-channel Bell test.svg 723 × 229; 14 KB
Superconducting qubits electrical diagrams.pdf 293 × 235, 3 pages; 24 KB
Tablesmall.gif 250 × 26; 720 bytes
Telep.jpg 759 × 371; 18 KB
The Beauty of Quantum Computers.jpg 1,951 × 2,459; 1.19 MB
Timebin.jpg 630 × 222; 25 KB
W gate normalization.png 400 × 120; 8 KB
WashBoardPotential.png 2,250 × 1,950; 798 KB
Yet another Bloch sphere.svg 237 × 224; 42 KB
Z1z2z3z4z5 parity measurement circuit.png 2,667 × 1,019; 27 KB
ZX-calculus 2 input 2 output bialgebra rule.svg 142 × 36; 6 KB
ZX-calculus 2 output red-green copy rule.svg 89 × 31; 4 KB
ZX-calculus colour change rule.svg 142 × 45; 7 KB
Zx-calculus green phase spider with n inputs and m outputs.svg 89 × 54; 8 KB
ZX-calculus green spider fusion rule.svg 160 × 49; 11 KB
ZX-calculus Hadamard scalar-free Euler decomposition rule.svg 129 × 15; 6 KB
ZX-calculus red and green identity rules.svg 120 × 18; 3 KB
Zx-calculus red phase spider with n inputs and m outputs.svg 89 × 54; 8 KB
ZX-calculus red pi trough green phase spider copy rule.svg 151 × 68; 10 KB
ZX-calculus red spider fusion rule.svg 160 × 49; 11 KB
Zx-calculus yellow Hadamard gate.svg 27 × 6; 640 bytes
Zx-diagram-example.svg 213 × 90; 11 KB
Квантовий реґістр.png 1,280 × 490; 118 KB
不同量子计算范式的概念区别.png 1,536 × 1,024; 1.59 MB

Subcategories

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Media in category "Quantum computing"