Wolfram Language Paclet Repository
Community-contributed installable additions to the Wolfram Language
DenizYoldas`QuantumBlockCellularAutomata`
PlotQuantumCA  |
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PlotQuantumCA
"BlochVectors"
"Unitary"
QuantumCA
option | default | effect | |
"Views" | {"Regular","Z","Purity"} | views to show; use "Bloch" | |
"ShowMatrix" | include the local 4 by 4 gate matrix | ||
"ShowTimings" | include backend, qudit and substep metadata | ||
"PlotImageSize" | image size for each CA view | ||
"Rasterize" | rasterize the combined layout like the original notebook plots | ||
"ImageResolution" | 144 | raster image resolution |
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By default, the combined evolution view is rasterized to match the original output style.
ultraPlot
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The CA views are built from , matching the original local Bloch-vector plotting workflow.
evo["BlochVectors"]
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The view displays the reduced Bloch vector for every qubit under the heading "Bloch (Final Layer)".
"Bloch"
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Classical rules naturally appear as binary patterns in the Regular and Z views without requiring a separate classical panel.
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Examples
(13)
Basic Examples
(1)
Plot a controlled-Hadamard evolution from a six-qubit computational-basis state:
In[1]:=
evo=
[{1,0,0,0,0,0},QuantumOperator["CH"],6];
[evo,"Views"{"Regular","Z","Purity","Bloch"},ImageSize700]
 | QuantumCA |
 | PlotQuantumCA |
xs$::shdw:Symbolxs$appearsinmultiplecontexts{Wolfram`QuantumFramework`Labels`PackagePrivate`,Wolfram`QuantumFramework`Properties`PackagePrivate`};definitionsincontextWolfram`QuantumFramework`Labels`PackagePrivate`mayshadoworbeshadowedbyotherdefinitions.
Out[1]=
Scope
(2)
Options
(5)
Applications
(1)
Properties & Relations
(2)
Possible Issues
(1)
Neat Examples
(1)
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