10 Résultats trouvés pour "Fichier:Hadamard_gate.svg".

Fichier:Hadamard gate.svg

DescriptionHadamard gate.svg English: Hadamard gate Source Created in LaTeX by the following code: \documentclass[11pt]{article} \input{Qcircuit} \thispagestyle{empty}...


Fichier:Zx-calculus yellow Hadamard gate.svg

0 truetrue English This is the standard yellow representation of a Hadamard gate in the ZX-calculus Wikimedia username: Johnie102 URL: https://commons...


Fichier:ZX-calculus Hadamard scalar-free Euler decomposition rule.svg

Attribution-Share Alike 4.0 truetrue English This is the decomposition of the Hadamard gate into ZXZ Euler angles Wikimedia username: Johnie102 URL: https://commons...


Fichier:Qcircuit CNOTinvH.svg

\qw & \raisebox{-8ex}{=} & & \gate{H} & \targ & \gate{H} & \qw \\ & \targ & \qw & & & \gate{H} & \control\qw\qwx & \gate{H} & \qw }} \end{document} Postprocessing...


Fichier:Qcircuit CNOTeqHZH.svg

\raisebox{-7ex}{=} & & \qw & \ctrl{1} & \qw & \qw \\ & \targ & \qw & & & \gate{H} & \gate{Z} & \gate{H} & \qw }} \end{document} Postprocessing with pdf2svg, Inkscape...


Fichier:Shows the application of a hadamard gate on a state that span two qubits.png

\raisebox{-7ex}{$|\psi\rangle \Bigg\{$} & & \lstick{} & \gate{H} & \qw & \raisebox{-5ex}{$=$} & & \gate{H} & \qw & \raisebox{-5ex}{$=$} & & \qw & \multigate{1}{H...


Fichier:Qcircuit CH.svg

\\ & \gate{H} & \qw }} \end{document} Postprocessing with pdf2svg, Inkscape and Scour: x=Qcircuit_CH; pdflatex $x.tex; pdf2svg $x.pdf $x_.svg; inkscape...


Fichier:Qcircuit H.svg

8em { & \gate{H} & \qw }} \end{document} Postprocessing with pdf2svg, Inkscape and Scour: x=Qcircuit_H; pdflatex $x.tex; pdf2svg $x.pdf $x_.svg; inkscape...


Fichier:Bell State Decoder.jpg

two-qubit computational basis states. The circuit consists of a CNOT gate followed by a Hadamard operation. In the outputs, a and b take on values of 0 or 1....


Fichier:The unitary inverse of hadamard-cnot.png

\[ \Qcircuit @C=1.0em @R=.7em { \raisebox{-8ex}{$\Bigg($} & \lstick{} & \gate{H} & \ctrl{1} & \qw & & \raisebox{-8ex}{$\Bigg)^{\dagger} = $} \\ & \lstick{}...