Category:Quantum circuit
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Media in category "Quantum circuit"
The following 194 files are in this category, out of 194 total.
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2-Qubit QFT.gif 640 × 400; 2.17 MB
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AltTeleport.jpg 923 × 289; 35 KB
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Bell State Decoder.jpg 765 × 266; 19 KB
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BellTeleportation.JPG 532 × 283; 20 KB
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Bernstein-Vazirani quantum circuit.png 1,386 × 528; 16 KB
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Circuit quantique permettant d'accéder aux états de Bell.png 550 × 237; 12 KB
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Circuit-quantum counting.png 845 × 484; 30 KB
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Circuitdiagram.png 1,306 × 555; 67 KB
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CNOT gate.svg 43 × 26; 12 KB
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CNOT Hadamard Basis.svg 200 × 50; 27 KB
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Cnotsupernot2.png 806 × 824; 37 KB
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Controlled gate.svg 51 × 34; 7 KB
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Controlledgates XYZ.png 376 × 82; 4 KB
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CountingCircuit.svg 600 × 236; 75 KB
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Dense coding quantum circuit.svg 161 × 59; 65 KB
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Deutsch algorithm circuit.svg 324 × 117; 8 KB
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Deutsch balanced last qubit 0.svg 300 × 164; 43 KB
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Deutsch balanced last qubit 1.svg 350 × 164; 47 KB
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Deutsch constant 0.svg 290 × 164; 40 KB
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Deutsch constant 1.svg 308 × 164; 43 KB
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Deutsch's Algorithm.gif 640 × 400; 1.91 MB
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Deutsch-Jozsa algorithm circuit.svg 369 × 117; 14 KB
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Deutsch-Jozsa Algorithm.svg 363 × 103; 231 KB
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Deutsch-Jozsa-algorithm-quantum-circuit.png 947 × 462; 22 KB
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Deutsh algorithm circuit.png 292 × 107; 2 KB
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Example for classic controlled quantum gate.png 485 × 207; 15 KB
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Five qubit code stabilizer measurement circuit.png 5,058 × 1,517; 67 KB
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Flux qubit circuit.svg 600 × 352; 21 KB
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Gate teleportation circuit PhiPlus.svg 196 × 86; 125 KB
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GHZ circuit as ZX-diagram.svg 366 × 57; 19 KB
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GraphforQAOA.png 703 × 500; 20 KB
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Grover algorithm circuit 1.svg 225 × 99; 5 KB
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Grover algorithm circuit 2.svg 315 × 90; 6 KB
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Grover algorithm circuit 3.svg 405 × 108; 8 KB
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Grover's algorithm circuit.svg 467 × 155; 76 KB
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GroverAlgo3qubitCircuit.jpg 802 × 267; 36 KB
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Grovers algorithm.svg 436 × 117; 65 KB
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GroversAlgoDemoIBMQCversion.jpg 663 × 167; 25 KB
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H CNOTGate.png 1,276 × 647; 37 KB
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Hadamar Linar optics Circuit.jpg 1,280 × 720; 50 KB
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Hadamard circuit.gif 1,280 × 720; 11 KB
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Hadamard gate.svg 52 × 22; 6 KB
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Hadamard test measure real.png 1,302 × 362; 12 KB
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Hadamard transform on 3 qubits.png 776 × 201; 25 KB
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Ibmquantumcomposer.PNG 1,564 × 640; 53 KB
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Jones-2012-figure12.png 500 × 79; 4 KB
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Jones-2012-figure13.png 500 × 451; 14 KB
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Jones-2012-figure14.png 500 × 289; 22 KB
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Jones-2012-figure19.png 500 × 143; 5 KB
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Jones-2012-figure20.png 500 × 270; 8 KB
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Linear optics CNOT gate.svg 320 × 384; 7 KB
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Linear optics H gate.svg 320 × 384; 8 KB
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LInearOpticsCNOTGate.JPG 315 × 390; 16 KB
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LinearOpticsHGate.jpg 304 × 365; 16 KB
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Local implementation of non-local CNOT.svg 185 × 84; 104 KB
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MeasurementCommutesWithControls.png 269 × 80; 2 KB
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NSCZGate.JPG 686 × 332; 30 KB
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NSGate.JPG 632 × 500; 39 KB
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One bit teleportation CS.svg 150 × 105; 105 KB
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One bit teleportation EN.svg 150 × 105; 105 KB
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One clean qubit.png 1,298 × 374; 12 KB
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Parallel quantum logic gates.png 653 × 102; 14 KB
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Parallel-in-time Simulation Circuit.png 1,861 × 907; 78 KB
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Phase estimation.png 864 × 452; 24 KB
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Phase shift gate.png 746 × 366; 17 KB
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Q fourier 3qubits.png 2,510 × 606; 11 KB
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Q fourier nqubits.png 3,582 × 1,194; 20 KB
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Q-circuit-comp.svg 408 × 224; 29 KB
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QAOAcircuit.png 728 × 180; 18 KB
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QAOAoutput.png 633 × 467; 27 KB
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QC - Quantum Fourier Transform on Three Qubits.svg 1,080 × 400; 4 KB
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Qc output.draw.png 257 × 285; 10 KB
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Qc output.svg 321 × 356; 14 KB
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Qcircuit CC.svg 214 × 167; 1 KB
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Qcircuit CH.svg 293 × 231; 3 KB
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Qcircuit CNOT.svg 250 × 202; 1 KB
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Qcircuit CNOTeqCX.svg 693 × 231; 4 KB
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Qcircuit CNOTeqHZH.svg 1,046 × 231; 6 KB
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Qcircuit CNOTeqRYCZRY.svg 1,176 × 236; 7 KB
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Qcircuit CNOTeqXnegCNOTX.svg 1,012 × 268; 5 KB
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Qcircuit CNOTfromSQRTSWAP.svg 1,618 × 307; 13 KB
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Qcircuit CNOTi.svg 250 × 204; 2 KB
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Qcircuit CNOTinvH.svg 1,013 × 297; 6 KB
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Qcircuit CNOTo.svg 250 × 212; 1 KB
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Qcircuit CNOTsqrtSWAP2.svg 1,878 × 348; 18 KB
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Qcircuit Control.svg 214 × 90; 1 KB
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Qcircuit ControleqZ.svg 647 × 105; 3 KB
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Qcircuit controlS.svg 278 × 231; 2 KB
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Qcircuit CPphi.svg 374 × 251; 4 KB
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Qcircuit CS.svg 278 × 231; 2 KB
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Qcircuit Cswap-crossed.svg 389 × 403; 1 KB
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Qcircuit CU.svg 286 × 231; 2 KB
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Qcircuit CUeqXnegUX.svg 1,083 × 297; 6 KB
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Qcircuit CX.svg 293 × 231; 3 KB
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Qcircuit CY.svg 287 × 231; 3 KB
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Qcircuit CZ.svg 284 × 231; 2 KB
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Qcircuit CZboxes-NC.svg 199 × 172; 900 bytes
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Qcircuit CZboxes.svg 230 × 199; 814 bytes
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Qcircuit CZeqCCeqZC.svg 1,081 × 297; 4 KB
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Qcircuit CZeqCZboxes.svg 663 × 248; 3 KB
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Qcircuit CZeqZC.svg 717 × 297; 3 KB
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Qcircuit DCNOT.svg 73 × 44; 2 KB
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Qcircuit Fredkin.svg 214 × 291; 2 KB
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Qcircuit GlobalPhase.svg 392 × 125; 4 KB
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Qcircuit H.svg 293 × 105; 2 KB
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Qcircuit I.svg 269 × 105; 2 KB
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Qcircuit iswap o.svg 248 × 220; 2 KB
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Qcircuit Margolus.svg 362 × 339; 3 KB
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Qcircuit measure-arrow.svg 311 × 112; 2 KB
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Qcircuit measure.svg 311 × 112; 890 bytes
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Qcircuit measurement-commute.svg 1,120 × 304; 4 KB
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Qcircuit NOT.svg 250 × 76; 933 bytes
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Qcircuit NOTeqX.svg 693 × 105; 3 KB
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Qcircuit Peres.svg 891 × 417; 5 KB
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Qcircuit Pphi.svg 374 × 125; 4 KB
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Qcircuit RX.svg 341 × 105; 4 KB
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Qcircuit RXm.svg 389 × 110; 4 KB
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Qcircuit RXtheta.svg 411 × 125; 6 KB
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Qcircuit RY.svg 334 × 105; 3 KB
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Qcircuit RYm.svg 383 × 110; 4 KB
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Qcircuit RYtheta.svg 406 × 125; 5 KB
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Qcircuit RZ.svg 331 × 105; 3 KB
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Qcircuit RZtheta.svg 403 × 125; 5 KB
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Qcircuit S.svg 278 × 105; 2 KB
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Qcircuit SeqRZ.svg 759 × 105; 5 KB
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Qcircuit SqrtNot.svg 330 × 127; 2 KB
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Qcircuit SqrtSwap.svg 199 × 164; 4 KB
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Qcircuit Swap-alpha.svg 199 × 164; 3 KB
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Qcircuit swap-crossed.svg 286 × 164; 689 bytes
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Qcircuit SWAP.svg 199 × 164; 2 KB
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Qcircuit SWAPeqCNOT.svg 875 × 239; 4 KB
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Qcircuit SwapPsiPhi.svg 416 × 194; 5 KB
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Qcircuit T.svg 282 × 105; 2 KB
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Qcircuit Toffoli.svg 250 × 330; 2 KB
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Qcircuit ToffolifromCNOT.svg 1,959 × 584; 20 KB
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Qcircuit U.svg 286 × 105; 2 KB
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Qcircuit X.svg 293 × 105; 2 KB
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Qcircuit Y.svg 287 × 105; 2 KB
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Qcircuit Z.svg 284 × 105; 2 KB
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Qcircuit-CZeqCZ.svg 647 × 231; 3 KB
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Qft.png 742 × 357; 13 KB
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Qpic iswap.svg 48 × 53; 3 KB
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Quantum Bomb Testing.png 1,022 × 365; 14 KB
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Quantum circuit composition.svg 198 × 159; 41 KB
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Quantum circuit for Quantum-Fourier-Transform with n qubits.jpg 822 × 368; 36 KB
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Quantum circuit measurement symbol.png 163 × 92; 636 bytes
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Quantum circuit simulations of 3-qubit QFT.gif 640 × 400; 2.32 MB
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Quantum circuit that exhibits Parity Measurement.png 1,515 × 362; 11 KB
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Quantum circuit.jpg 663 × 546; 119 KB
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Quantum Counting Circuit.png 1,428 × 740; 78 KB
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Quantum error correction of bit flip using three qubits.svg 241 × 64; 41 KB
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Quantum error correction of phase flip using three qubits.svg 323 × 80; 56 KB
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Quantum Error Correction On Three Quibits with no Ancilla.png 480 × 235; 40 KB
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Quantum Europe (26995137782).jpg 5,199 × 2,763; 1.39 MB
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Quantum Fourier transform on n qubits.svg 563 × 200; 76 KB
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Quantum Fourier transform on three qubits.svg 328 × 90; 38 KB
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Quantum Full Adder.png 891 × 328; 37 KB
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Quantum gate teleportation.png 3,640 × 1,026; 90 KB
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Quantum Logic Gates.png 2,443 × 3,003; 363 KB
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Quantum Merlin Arthur Merlin (1).jpg 2,406 × 981; 312 KB
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Quantum Merlin Arthur Merlin.svg 1,080 × 461; 21 KB
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Quantum phase estimation.svg 315 × 137; 63 KB
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Quantum Register Loading.png 964 × 1,232; 70 KB
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Quantum teleportation circuit PsiMinus.svg 198 × 84; 71 KB
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Quantum teleportation circuit.svg 200 × 75; 41 KB
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Quantum Teleportation.gif 640 × 400; 1.74 MB
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Quantum Toffoli Gate Implementation.svg 311 × 82; 32 KB
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Quantum-swap-test-circuit-correct.png 1,235 × 528; 9 KB
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Quantum-swap-test-circuit.png 970 × 528; 14 KB
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QuantumFourierTransform 8.svg 1,080 × 400; 4 KB
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QuantumPhaseEstimationCircuit.png 1,200 × 617; 56 KB
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Remote quantum XY state preparation.svg 160 × 64; 35 KB
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Serially wired quantum logic gates.png 562 × 59; 8 KB
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Shor's algorithm.svg 369 × 131; 46 KB
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Shore code.svg 420 × 211; 126 KB
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Shows the application of a hadamard gate on a state that span two qubits.png 1,126 × 225; 27 KB
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Simons algorithm.svg 230 × 50; 21 KB
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Simons-algorithm-example-algorithm-result.svg 431 × 286; 31 KB
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Simons-algorithm-example-input-measurement.svg 332 × 143; 12 KB
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Simons-algorithm-example-output-step-2.svg 324 × 134; 15 KB
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Stochastic nature of quantum measurements.jpg 1,396 × 604; 235 KB
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Superdense coding pt.png 542 × 358; 14 KB
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Superdense coding.png 542 × 358; 12 KB
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Swap gate.svg 32 × 20; 5 KB
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Telep.jpg 759 × 371; 18 KB
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Teleportation circuit PhiPlus.svg 179 × 84; 87 KB
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The Hadamard-CNOT transform on the zero-state.png 636 × 176; 19 KB
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The unitary inverse of hadamard-cnot.png 320 × 470; 28 KB
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Toffoli decomposition.svg 475 × 86; 64 KB
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Vidu fourier.png 586 × 836; 25 KB
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Wstate quantumcircuit.png 436 × 161; 9 KB
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X circuit in LOQC.gif 1,280 × 720; 8 KB