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rpmuller/Sympy Circuit Plot.ipynb.json

Last active April 24, 2022 18:09
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Quantum Circuit Plotting with SymPy
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Sympy Circuit Plot.ipynb.json
{
"metadata": {
"name": "Sympy Circuit Plot"
},
"nbformat": 3,
"nbformat_minor": 0,
"worksheets": [
{
"cells": [
{
"cell_type": "markdown",
"metadata": {},
"source": "# Quantum Circuit Plotting with SymPy\nRick Muller, rpmuller@gmail.com\n\nExplore what can and cannot be done using existing sympy circuit plotting. The initial aim will be to support everything that is on the [qasm2circ website](http://www.media.mit.edu/quanta/qasm2circ/). When you see a heading listing an example number, it will refer to the example circuit on that page.\n\nNote: The examples on this page will require *at least* the [development (i.e. github) branch of sympy](http://github.com/sympy/sympy), and may require work in my current branch (which changes from week to week). If you'd like to play with newer features, and the examples on this page aren't working for you, email me (rpmuller@gmail.com) and I can send you instructions for how to get these to work."
},
{
"cell_type": "code",
"collapsed": false,
"input": "from sympy import *\nfrom sympy.physics.quantum.circuitplot import CircuitPlot,labeller,Mz,CreateOneQubitGate\nfrom sympy.physics.quantum.gate import *\nfrom sympy.physics.quantum.qasm import Qasm",
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 1
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Rough priorities of tasks\n* Stack multiple gates vertically\n* Block multiqubit gate\n* Latex matrices as gates\n* Do circuits resize correctly?\n\n## Qasm tests status\n1. Works\n2. Works\n3. Works\n4. Works\n5. Can't plot matrices as operators\n6. Works\n7. Works\n8. Works\n9. Works\n10. Multi-qubit blocks + classical lines\n11. Multi-qubit blocks\n12. Multi-qubit blocks\n13. Multi-qubit blocks (kinda works if you convert defbox->def by hand)\n14. Multi-qubit blocks \n15. D-shaped measurement\n16. D-shaped measurement + slash gate + vertical line gates\n17. D-shaped measurement"
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## X gate test"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(CNOT(1,0),2)",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 2,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x103844f90>"
},
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAJ8AAACOCAYAAAAvkdreAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\nIT7YEB9siA82xAcb4oPNP9fJa3Lg9ZGkAAAAAElFTkSuQmCC\n",
"text": "<matplotlib.figure.Figure at 0x104db1e10>"
}
],
"prompt_number": 2
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(X(0),1)",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 3,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104dec090>"
},
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAGIAAABSCAYAAACv3wGjAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\ngsQvZm2jeF2BKWgAAAAASUVORK5CYII=\n",
"text": "<matplotlib.figure.Figure at 0x104dcfa90>"
}
],
"prompt_number": 3
},
{
"cell_type": "markdown",
"metadata": {},
"source": "Sympy now prints a normal X gate when it's a one-qubit gate, but the circ+ when it's a CNOT!"
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Z gate test\n"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(CPHASE(1,0),2)",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 4,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104e03d10>"
},
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAJ8AAACOCAYAAAAvkdreAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\njPEJY3zCGJ8wvwE1RQZX6PcgBAAAAABJRU5ErkJggg==\n",
"text": "<matplotlib.figure.Figure at 0x104e12290>"
}
],
"prompt_number": 4
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(Z(0),1)",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 5,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104ecba90>"
},
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAGIAAABSCAYAAACv3wGjAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\ngsQP7FOjI42FrL0AAAAASUVORK5CYII=\n",
"text": "<matplotlib.figure.Figure at 0x104ecb610>"
}
],
"prompt_number": 5
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Making arbitrary gates:\n\nIt's pretty easy to overload single-qubit operators, and you can even specify fairly complicated LaTeX:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "VGate = CreateOneQubitGate('V')\nSqrtX = CreateOneQubitGate('sqrt-X','\\sqrt{X}')",
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 6
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(SqrtX(0)*VGate(0),1)",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 7,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104ee3b10>"
},
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAJ8AAABSCAYAAABKbQaKAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\n",
"text": "<matplotlib.figure.Figure at 0x104e66850>"
}
],
"prompt_number": 7
},
{
"cell_type": "markdown",
"metadata": {},
"source": "You can even make these controlled:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(CGate(1,SqrtX(0)),2)",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 8,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104e7d690>"
},
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAJ8AAACOCAYAAAAvkdreAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\nYIb4YIb4YIb4YIb4YIb4YIb4YOY//+8dU2zbIwsAAAAASUVORK5CYII=\n",
"text": "<matplotlib.figure.Figure at 0x104e79550>"
}
],
"prompt_number": 8
},
{
"cell_type": "markdown",
"metadata": {},
"source": "Unfortunately, there isn't a general way to make a block multi-qubit gate. You need to overload the plot_gate function, which I haven't. And, I guess you also have to make sure that all of the qubits are contiguous.\n\n**Todo** Create multi-qubit gate."
},
{
"cell_type": "code",
"collapsed": false,
"input": "class SqrtSWAP(TwoQubitGate):\n gate_name = 'sqrt-SWAP'\n gate_name_latex = u'\\sqrt{SWAP}'",
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 9
},
{
"cell_type": "code",
"collapsed": false,
"input": "# This doesn't work:\n# CircuitPlot(SqrtSWAP(0,1),2)",
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 10
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 1: EPR Creation\n\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test1.png\" width=\"200\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(CNOT(1,0)*H(1),2,labels=labeller(2))",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 11,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104ef0e50>"
},
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAM0AAACOCAYAAACScIyrAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz\nAAALEgAACxIB0t1+/AAADUpJREFUeJzt3X1MlHUAB/DvA4hgjTozXqSd9nIkNUVRtsQTyoBKIk1w\nLO3MNmMGzts0Zk3n+qe0VrIc6CR0Q7YWu6UwlQiEC5HITozWiH90vIkdJO8aYsc9/dG6RXB4v3vh\nHuT72e4P7nme332B+97zPD8e7iRZlmUQkcN8vB2AaLphaYgEsTREglgaIkEsDZEgloZIEEtDJIil\nIRLE0hAJYmmIBLE0RIJYGiJBLA2RIJaGSBBLQySIpSESxNIQCWJpiASxNESCWBoiQSwNkSCWhkgQ\nS0MkiKUhEsTSEAliaYgEKaI0JSUlOHz4sLdjEDlEUsJ7OQ8PD0Or1cJkMsHHRxE9njJz585FX1+f\nx8ZXqVTo7e312PgzkSKeoYGBgUhKSsLp06e9HWXK9fX1QZZlj908WciZShF7GgDo7OyETqdDdXW1\nt6NMKUmS4MlfgafHn4kc3tPo9Xp0dXV5LEh4eDhCQ0Nx5coVjz0GkTs4XJrBwUHcuXPHk1mg1+uR\nk5Pj0ceYTjZs2ICoqCj4+Phg9uzZiI2NxTvvvAMAuHbtGpKSkrBw4UL4+PhApVIhPj4eubm5Xk49\nA8gO2rp1q9za2uro6k6Li4uTb9y44fHHUYp7/Qp+/PFHWZIkOTs7e8LlBw4ckCVJkktKSpwan8Qp\nYiLgvzIzM5GXl+ftGIpx4cIFAEBiYuKEy41GI3x9ffH8889PYaqZTXGlSUtLQ1lZGUZGRrwdRRFq\namrg7+8PrVY7btlff/2Furo6LF68GA899JAX0rnPyMgIfv31V9y8edPbUe5JcaXx9fVFeno6ioqK\nvB3F66xWK+rq6hATE4PAwMBxy00mE/7880/ExcV5IZ37FBYW4tFHH8WqVavw2GOPQafT4e7du96O\nZZfLpamsrERqair27NmDnTt3orOzE4mJiS5Nc2ZkZKCgoMDVaNPeL7/8goGBAbuHXkajEQAQHx8/\nhanc6+eff0ZmZiaGhoYwNDSEkZERfPPNN/jwww+9Hc0uP1c2zs/Px969e9HQ0AC1Wg2z2Yzo6Gho\nNBpIkuT0uCqVCsuWLcP58+eRkJDgSsRp7d/zmYqKCly+fHnccpPJBEmSpvWe5ssvvxw3Kzs8PIz8\n/Hx8/PHHXko1OadL09jYiKysLBQWFkKtVgMAQkND4e/v77ZXPqvVKryNK2VVmpqaGvj5+cFoNGLO\nnDljlo2OjiIoKAiRkZF45JFHJh1nOv5Menp6FJvb6cOzffv2ISgoCOnp6bb72tvb0d7e7vIrX29v\nL0wmE5KSkoS3lT14SYonbpN9H7W1tYiKihpXGABoaGjA8PCwQz9rb3+Pk92+/fZbPPDAA2Pyzpo1\nCzqdzuvZ7N2cKk1/fz/Ky8uRlJQEX19f2/1GoxF+fn6IjY11ZlibY8eOISMjw6UxprvffvsNPT09\nWL169YTLL168CGB6n88AwEsvvYS33noLgYGBtvI8+eSTOHTokJeT2edUaa5evQqr1YqVK1eOud9o\nNCI6Otr2ynj58mXo9XoUFRVh+/btuHbt2j3HtlgsKC4uxpYtW5yJdt/493xmoqlmAKirqwOAaX0+\nA/xz6JiXl4fGxkbb1QxNTU2YN2+el5PZ59Q5TVBQEADYzmWAf+bZq6qqsGnTJtvXaWlpuHTpEkJC\nQhAZGYk33ngDP/3006RjGwwGJCcnIyAgwJlo942amhpIkjRpaZ566imEhYVNcTLPiIiIQEREBN5+\n+23F/3uIU+k0Gg2WLFli23OMjo5Cp9Ohs7PT9sp34cIFPPjggwgJCQEALF++HM3NzWhtbZ107CNH\njmDHjh3OxLpvWK1W1NTU4IknnkBwcPC45c3Nzeju7rZbKPIsp0ojSRIMBgOqqqqwa9cuZGdnQ61W\nw8fHx/aLbG1tHTOrI0kSVCoVmpqa7I5bX18PtVp937x6imppaUFiYiKeeeYZdHd3o729HS+88ILt\nsqLS0lKsWbMGa9asgSRJKC0tRUJCAmpra72cfGZxespZo9GgrKzM9vWbb7455nKOmzdvjpv1CQgI\nwNDQkN0xv/jiC7z33nvORpr2Hn/8cVRWVtpdvm7dOqxbt24KE9FE3HbwWFdXN2Ym5+GHHx43pXrr\n1i27J3gdHR0wm81YsWKFuyIReYRbStPS0oK2trYxx9iLFi2C2Wy2fW2xWNDb24sFCxZMOEZubu6M\nP5eh6cHl0qSkpOC5556DJEnYt28fPvnkEwDA6tWr8ccff6CjowPAP7NBzz77LDQazbgxbt++jYqK\nCqSmproah8jjhM5pJrqs4cyZMxMP7OeHoqIifPTRR4iNjYXRaERxcfGE61ZUVGDbtm2KvWzCk1Qq\nlUe/b5VK5bGxZyqH31jDYDBg7dq14y55IHKn6fBGIIp5NxoiYHqURtl/eiVSIJaGSBBLQySIpSES\nxNIQCWJpiASxNESCWBoiQSwNkSCWhkgQS0MkiKUhEsTSEAliaYgEsTREglgaIkEsDZEgloZIEEtD\nJIilIRLE0hAJYmmIBLE0RIJYGiJBLA2RIJaGSBBLQySIpSESxNIQCVJEaUpKSnD48GFvxyByiCI+\namN4eBharRYmk0nxnyFPnsWP2nBQYGAgkpKScPr0aW9HIbonRexpAKCzsxM6nQ7V1dXejkJedF/t\nafR6Pbq6ujwWJDw8HKGhobhy5YrHHoOUxWq14rvvvsP69esxf/5820dTxsTE4OjRoxgaGvJywok5\nXJrBwUHcuXPHk1mg1+uRk5Pj0ccgZTAYDIiIiMAHH3yAlJQUXLp0CWazGQBw4MABVFdXY8GCBcjO\nzsbdu3e9nPZ/ZAdt3bpVbm1tdXR1p8XFxck3btzw+OOQ93z66aeyWq2Wa2trZavVOmbZf5+S169f\nl1977TX5xRdflG/fvj3VMe1SxETAf2VmZiIvL8/bMchDTpw4gaNHj+KHH36AVqud9OPgw8PDcerU\nKYSFhWHTpk0YHR2dwqT2Ka40aWlpKCsrw8jIiLejkJsNDg5i9+7dOHfuHMLDwx3axtfXF8ePH8f1\n69dRUlLi4YSOUVxpfH19kZ6ejqKiIm9HITc7efIkEhMTERkZKbSdv78/du/ejSNHjngomRiXS1NZ\nWYnU1FTs2bMHO3fuRGdnJxITE12aNszIyEBBQYGr0UhBZFnGkSNHkJmZ6dT2GzZsQFNTE5qbm92c\nTJyfKxvn5+dj7969aGhogFqthtlsRnR0NDQazaTHqveiUqmwbNkynD9/HgkJCa5EJIXo6OhAb28v\n4uPjndp+9uzZeP3111FRUSG8p3I3p0vT2NiIrKwsFBYWQq1WAwBCQ0Ph7+/v9A/m/6xWq1vGIe/r\n6+tDcHCwSy+mISEh6O3tdWMqJzk6zfb/Kefk5GR57ty5ssVisd3X1tYmS5IkV1ZWujSl19PTIy9f\nvtypbQHwxptHb07tafr7+1FeXo6NGzfC19fXdr/RaISfnx9iY2OdGdbm2LFjyMjIcGpbWeGXYMxU\nXV1dWLRoEbq7uzFr1iy76012GY1Op8OqVauwfft2T8V0iFMTAVevXoXVasXKlSvH3G80GhEdHY05\nc+bY7hsaGkJaWho6OjocGttisaC4uBhbtmxxJhopVEhICJYsWeL0tHF/fz/Onj2L9evXuzmZOKdK\nExQUBAC2cxkAGBkZQVVV1ZjzmePHj+PQoUM4deqUw3sAg8GA5ORkBAQEOBONFCwrK8vpaeOTJ0/i\n5ZdfRmhoqJtTOcHRc4X/ntNYrVY5KipK/uyzz2RZlmWLxSJv3LhRliRJPnv27LhtJUmS29raHHoc\nrVbLy2juUyMjI/L8+fPl8vJyu+tM9JTs7u62XXajBE6d00iSBIPBAL1ej87OTgD/7HV8fHyg1Wqd\nLnB9fT3UajXCwsKcHoOUy9/fH19//TVSU1NRWlo67vB+In19fUhJScHmzZtdem65laPtutcFm5s3\nb5aXLl064TJH9zTp6emyyWRyNBJNU2VlZfK8efPknJwceWBgYMyyf5+SFotFPnfunBwZGSnv2rVL\nHh0d9UbUCbntMpq6ujqX/j7T0dEBs9mMFStWuCsSKdQrr7yC6upq1NfXY+HChXj33XdRUlKC77//\nHgBw8OBBaDQa7N+/H/v378fnn3+uqH+Dd+mKgH+1tLSgra3Npd1nbm4uduzY4Y44NA0sXrwYxcXF\n+P3331FQUIATJ05gYGAAANDW1obi4mLExMR4OaUdju6S7B2evfrqq3JwcLDs4+MjP/300/LBgwfH\nrSNJ0qSHdrdu3ZKXLl067n8riJRIaE8z0SUQZ86csbv+V199hYsXL0KSJLz//vvQarXIysoat15F\nRQW2bdvm0iUWRFPF4TfWMBgMWLt2re3/uIlmKsW8Gw3RdKGcKQmiaYKlIRLE0hAJYmmIBLE0RIJY\nGiJBLA2RIJaGSBBLQySIpSESxNIQCWJpiASxNESCWBoiQSwNkSCWhkgQS0MkiKUhEsTSEAliaYgE\nsTREglgaIkEsDZEgloZIEEtDJIilIRLE0hAJYmmIBLE0RIJYGiJBLA2RIJaGSBBLQySIpSES9DdD\nFgkqlFaxxQAAAABJRU5ErkJggg==\n",
"text": "<matplotlib.figure.Figure at 0x104e99310>"
}
],
"prompt_number": 11
},
{
"cell_type": "markdown",
"metadata": {},
"source": "A couple of notes:\n\n* The top wire in a figure is the nth qubit in the circuit, not the 0-th or 1st.\n* The gates in a circuit are ordered left to right. In other words, the first gate to be applied is the left-most gate in the circuit.\n\nBoth of these make perfect sense from a physics point of view, but they may not be what you expect."
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## qasm version:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "q = Qasm('qubit q0','qubit q1','h q0','cnot q0,q1')\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAM0AAACOCAYAAACScIyrAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\naIgkMTREkhgaIkkMDZEkhoZIEkNDJOk/iWdG33yPI+8AAAAASUVORK5CYII=\n",
"text": "<matplotlib.figure.Figure at 0x104f219d0>"
}
],
"prompt_number": 12
},
{
"cell_type": "markdown",
"metadata": {},
"source": "Works, but note that I haven't implemented the subscripts in qasm parser yet. It's not hard to rewrite the labelling so that it sticks an underscore between the alphabetical characters and the numbers, but I don't want to limit the way the code works based on assumptions of use cases that I haven't fully thought through. In the meantime, if you stick underscores in the label names, these will work:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "q = Qasm('qubit q_0','qubit q_1','h q_0','cnot q_0,q_1')\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAM0AAACOCAYAAACScIyrAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\nFgkqlFaxxQAAAABJRU5ErkJggg==\n",
"text": "<matplotlib.figure.Figure at 0x104f61610>"
}
],
"prompt_number": 13
},
{
"cell_type": "markdown",
"metadata": {},
"source": "You can also call the commands directly:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "q = Qasm()\nq.qubit('q_0')\nq.qubit('q_1')\nq.h('q_0')\nq.cnot('q_0','q_1')\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAM0AAACOCAYAAACScIyrAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\nFgkqlFaxxQAAAABJRU5ErkJggg==\n",
"text": "<matplotlib.figure.Figure at 0x104f6ee90>"
}
],
"prompt_number": 14
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 2: Teleportation Gate\n\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test2.png\" width=\"400\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "circuit = CGate(2,Z(0))*CGate(1,X(0))*Mz(2)*Mz(1)*H(2)*CNOT(2,1)*CNOT(1,0)*H(1)\ncp = CircuitPlot(circuit,3,labels=labeller(3))",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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HBwYOHIiLFy/ivffea/N6pvJdIooiQkNDceLECaSkpGDQoEGPXceYz03vULFy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\nSUVORK5CYII=\n",
"text": "<matplotlib.figure.Figure at 0x104f7d890>"
}
],
"prompt_number": 15
},
{
"cell_type": "code",
"collapsed": false,
"input": "# qasm version\nq = Qasm('qubit q_0','qubit q_1','qubit q_2','h q_1',\n 'cnot q_1,q_2','cnot q_0,q_1','h q_0',\n 'measure q_1','measure q_0',\n 'c-x q_1,q_2','c-z q_0,q_2')\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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HBwYOHIiLFy/ivffea/N6pvJdIooiQkNDceLECaSkpGDQoEGPXceYz03vULFy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\nSUVORK5CYII=\n",
"text": "<matplotlib.figure.Figure at 0x104fa6ad0>"
}
],
"prompt_number": 16
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 3: Swap Gate\n\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test3.png\" width=\"200\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(CNOT(1,0)*CNOT(0,1)*CNOT(1,0),2,labels=labeller(2))",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 17,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104fae810>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x104f4edd0>"
}
],
"prompt_number": 17
},
{
"cell_type": "markdown",
"metadata": {},
"source": "#### qasm version:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "q = Qasm('qubit q_0','qubit q_1','cnot q_0,q_1','cnot q_1,q_0','cnot q_0,q_1')\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x104fc6110>"
}
],
"prompt_number": 18
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 4: QFT on 3 Qubits\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test4.png\" width=\"300\"/>"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(SWAP(0,2)*H(0)* CGate((0,),S(1)) *H(1)*CGate((0,),T(2))*CGate((1,),S(2))*H(2),3,labels=labeller(3,'j'))",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 19,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104f7de50>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x104f47bd0>"
}
],
"prompt_number": 19
},
{
"cell_type": "code",
"collapsed": false,
"input": "# qasm version:\nq = Qasm(\"def\tc-S,1,'S'\",\n \"def\tc-T,1,'T'\",\n \"qubit\tj0\",\n \"qubit\tj1\",\n \"qubit\tj2\",\n \"h\tj0\",\n \"c-S\tj1,j0\",\n \"c-T\tj2,j0\",\n \"nop\tj1\",\n \"h\tj1\",\n \"c-S\tj2,j1\",\n \"h\tj2\",\n \"swap\tj0,j2\")\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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GTqdD165dERwcbNbW0NCAwsJCBAYGwsvLS4HqbFdSUoIjR44gJibGYvvAgQMxadIkmasi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\nZMLQJSIikglDl4iISCYMXSIiIpn8P2pPJMCXxYyuAAAAAElFTkSuQmCC\n",
"text": "<matplotlib.figure.Figure at 0x10513a450>"
}
],
"prompt_number": 20
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 5\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test5.png\" width=\"300\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "# Note: you currently have to escape (double backslash) the \\b and \\t, \n# I guess b/c they're whitespace shortcuts\nclass Rot1(OneQubitGate):\n gate_name = 'Rot'\n gate_name_latex = r'\\begin{array}{ll}\\cos\\theta&-\\sin\\theta\\end{array}'",
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 21
},
{
"cell_type": "code",
"collapsed": false,
"input": "# This doesn't work:\n#CircuitPlot(Rot1(0),1)",
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 22
},
{
"cell_type": "raw",
"metadata": {},
"source": "Can't stick a matrix in a qubit operator:\n\n ValueError: \n \\begin{array}{ll}\\cos\\theta&-\\sin\\theta\\end{array}\n ^\n Unknown symbol: \\begin (at char 0), (line:1, col:1)\n\nDoesn't work any better when I have $ at the beginning/end of the string."
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 6\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test6.png\" width=\"200\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "U = CreateOneQubitGate('U')\nCircuitPlot(Mz(0)*H(1)*CGate((0,1,3),U(2))*X(3)*CGateS((2,3),X(1)),4,labels=labeller(4,'j'))",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 23,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104e68c90>"
},
{
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"text": "<matplotlib.figure.Figure at 0x104fa8a10>"
}
],
"prompt_number": 23
},
{
"cell_type": "code",
"collapsed": false,
"input": "# Qasm version:\nq = Qasm(\"def\tc-U,3,'U'\",\n \"qubit\tj0\",\n \"qubit\tj1\",\n\t\"qubit\tj2\",\n \"qubit\tj3\",\n \"toffoli\tj0,j1,j2\",\n \"X\tj0\",\n \"c-U\tj2,j3,j0,j1\",\n \"H\tj2\",\n \"measure\tj3\")\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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550JRFHHu3Dmj29fV1YkJEyaIp59+Wvz444/NPtaCBQvEV199ZWq0BgBw4sSJ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\n",
"text": "<matplotlib.figure.Figure at 0x104f09dd0>"
}
],
"prompt_number": 24
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 7\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test7.png\" width=\"400\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "V = CreateOneQubitGate('V')\n\nCircuitPlot(CGate(1,V(0))*Mz(1)*H(1)*CGate(1,U(0))*H(1),2,labels=labeller(2))",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 25,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x10515b450>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x104f81cd0>"
}
],
"prompt_number": 25
},
{
"cell_type": "code",
"collapsed": false,
"input": "# Qasm\nq = Qasm(\"def\tc-U,1,'U'\",\"def\tc-V,1,'V'\",\n \"qubit\tq0\",\"qubit\tq1\",\n \"H\tq0\",\"c-U\tq0,q1\",\"H\tq0\",\n \"measure\tq0\",\"c-V\tq0,q1\")\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x1052efe10>"
}
],
"prompt_number": 26
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 8\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test8.png\" width=\"400\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(H(2)*H(2)*CGate(0,Z(2))*H(2)*CNOT(1,0)*CNOT(2,1)*CNOT(1,0)*CNOT(2,1)*H(1),3,labels=labeller(3))",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 27,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x105104c50>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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RABhZuh4eHhg8eDDOnTsHAKitrcXMmTNRXFxcdz737NmziIuLq7vLjlarRWVl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\n",
"text": "<matplotlib.figure.Figure at 0x105107650>"
}
],
"prompt_number": 27
},
{
"cell_type": "code",
"collapsed": false,
"input": "#Qasm:\nq = Qasm(\"def\tc-Z,1,'Z'\",\n \"qubit\tq0,\\psi\",\"qubit\tq1,0\",\"qubit\tq2,0\",\n \"H\tq1\",\"cnot\tq0,q1\",\"cnot\tq1,q2\",\"cnot\tq0,q1\",\"cnot\tq1,q2\",\n \"H\tq0\",\"c-Z\tq2,q0\",\"H\tq0\",\"H\tq0\")\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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aNFFQUKBx3czMTDF16lS9n8MYmrbr119/FcHBweKll14Ss2fPFk899ZQoKirS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\nAABJRU5ErkJggg==\n",
"text": "<matplotlib.figure.Figure at 0x10544bad0>"
}
],
"prompt_number": 28
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 9\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test9.png\" width=\"300\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "SqrtX = CreateOneQubitGate('sqrt-X','\\sqrt{X}')\nSqrtXdag = CreateOneQubitGate('sqrt-X-dag','\\sqrt{X}^\\dagger')\n\nCircuitPlot(CGate(2,SqrtX(0))*CNOT(2,1)*CGate(1,SqrtXdag(0))*CNOT(2,1)*CGate(1,SqrtX(0)),3,labels=labeller(3))",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 29,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104f62a10>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x105168090>"
}
],
"prompt_number": 29
},
{
"cell_type": "code",
"collapsed": false,
"input": "q = Qasm(\"def\tc-X,1,'\\sqrt{X}'\",\"def\tc-Xd,1,'{\\sqrt{X}}^\\dagger'\",\n \"qubit\tq0\",\"qubit\tq1\",\"qubit\tq2\",\n \"c-X\tq1,q2\",\"cnot\tq0,q1\",\"c-Xd\tq1,q2\",\n \"cnot\tq0,q1\",\"c-X\tq0,q2\")\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x104fc60d0>"
}
],
"prompt_number": 30
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 10\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test10.png\" width=\"300\" />"
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 11\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test11.png\" width=\"300\" />"
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 12\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test12.png\" width=\"300\" />"
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 13\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test13.png\" width=\"300\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "# Only works if you convert the defboxes to defs and remove qubit s2:\nqasm_lines = \"\"\"\\\n\tdef\tCU,1,'U'\n\tdef\tCU2,1,'U^2'\n\tdef\tCU4,1,'U^4'\n\tdef\tc-S,1,'S'\n\tdef\tc-T,1,'T'\n\n\tqubit\tj0,0\t# QFT qubits\n\tqubit\tj1,0\n\tqubit\tj2,0\n\tqubit\ts0\t# U qubits\n\n\th\tj0\t# equal superposition\n\th\tj1\n\th\tj2\n\n\tCU4\tj0,s0\t# controlled-U\n\tCU2\tj1,s0\n\tCU\tj2,s0\n\n\th\tj0\t# QFT\n\tc-S\tj0,j1\n\th\tj1\n\tnop\tj0\n\tc-T\tj0,j2\n\tc-S\tj1,j2\n\th\tj2\n\tnop\tj0\n\tnop\tj0\n\tnop\tj1\n\t\n\tmeasure\tj0\t# final measurement\n\tmeasure\tj1\t\n\tmeasure\tj2\"\"\"\n\nq = Qasm(*qasm_lines.splitlines())\nq.plot()",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "display_data",
"png": 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p0SeffKKQkBDn64L8xd///ndZLBbNnj1bL730knN8gYKCAk2ePFlz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\nAhgAAAAAYAoUwAAAAAAAU/j/AA6Oyz8LRU6nAAAAAElFTkSuQmCC\n",
"text": "<matplotlib.figure.Figure at 0x106e8f350>"
}
],
"prompt_number": 40
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 14\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test14.png\" width=\"300\" />"
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 15\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test15.png\" width=\"300\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(Mz(1)*CPHASE(0,1),2,labels=['+','\\psi'])",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 31,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x10544ba90>"
},
{
"metadata": {},
"output_type": "display_data",
"png": "iVBORw0KGgoAAAANSUhEUgAAAM4AAACOCAYAAAB5RzeoAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\n",
"text": "<matplotlib.figure.Figure at 0x1050dad10>"
}
],
"prompt_number": 31
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 16\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test16.png\" width=\"300\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(Mz(0)*CNOT(1,0)*CPHASE(1,2),4,labels=['0','\\phi','\\psi','\\psi'])",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 32,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x105607bd0>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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IiAgMAiICg4CIwCAgIjAIiAgMAiICg4BoVitWrIBMJvPJY8WKFZI8R34bMvncXP82ZF/2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\nRU5ErkJggg==\n",
"text": "<matplotlib.figure.Figure at 0x1056076d0>"
}
],
"prompt_number": 32
},
{
"cell_type": "markdown",
"metadata": {},
"source": "## Example 17\nGoal:\n\n<img src=\"http://www.media.mit.edu/quanta/qasm2circ/test17.png\" width=\"300\" />"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(Mz(2)*Mz(1)*CPHASE(1,2)*CPHASE(1,0)*CPHASE(3,2),4,labels=['\\phi','+','+','\\psi'])",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 33,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x1050f53d0>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x1050f58d0>"
}
],
"prompt_number": 33
},
{
"cell_type": "markdown",
"metadata": {},
"source": "# Surface code \nThese are the X and Z checks from a surface code:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(Mz(4)*H(4)*CNOT(4,0)*CNOT(4,1)*CNOT(4,2)*CNOT(4,3)*H(4),5,labels=['d_4','d_3','d_2','d_1','a_0'])",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 34,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x105701350>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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1Va9eveo9vmfPnjp9+rTOnTvn6GgA7FRWVqZhw4bpoYce0rp169S1a9ca1w0J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\nof8H6OW5hJftKC0AAAAASUVORK5CYII=\n",
"text": "<matplotlib.figure.Figure at 0x105701ed0>"
}
],
"prompt_number": 34
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(Mz(4)*CNOT(0,4)*CNOT(1,4)*CNOT(2,4)*CNOT(3,4),5,labels=['d_4','d_3','d_2','d_1','a_0'])",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 35,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x104fc2b10>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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RiWwqLi4OX3zxhenifkVFBWbOnInBgwfD39/fxulIRhYVd1JSEuLj45Gbmwtv\nb28YDAb069cPQUFBcHNzsyiYp6cnAgICkJ6ejvHjx1u0LSJbEULggw8+uOeOrPr6enzwwQdYtmyZ\njZKRzBQX9+nTpzFv3jwkJyfD29sbANCzZ0/odDqLTpPczWg0mj1Go9Gotn8ia2hoaMDy5cuxfPly\nW0dRHf//WZ/i4o6Pj4e7uzvCw8NNy86cOYOysjJViru8vBw5OTnYvHmz2WP55BbZk6effhoHDhxA\nY2OjadnDDz+M9PR0jBgxwobJ1McnJ9uGoouTFRUVOHDgACZMmACtVmtafujQIWi1WgQHB1scLDEx\nEdHR0RZvh8jWtm7dCr1ejw4dOkCn06Fdu3aIjY11uNKmtqPoiDsvLw9Go/GeH7zMzEwMGTIEOp0O\nBQUF6N27Nw4dOoSioiJUV1cjMzMTkZGReOqpp+67/YaGBuzatQvHjx9XEo/Irnh7e+PChQv46quv\nUFRUhDFjxqB37962jkUSU3TE7e7uDgDQ6/WmZTU1NcjKyjKdJlm/fj0AYOrUqaivr8eLL76I5557\nDn/4wx9QVVV13+2npKQgLCwM7dq1UxKPyO5otVqEhIRg9uzZLG2ymKIjbn9/fwwePBgFBQUA7lwh\nj4mJQV1dHfz8/FBaWoquXbsCALKysuDr6wvgzoXGhoaGB24/ISEBu3fvVhKNiMjhKSpujUaDlJQU\nxMXFwWAwoLGxEUuWLMG4ceOwY8cOnDx5EqtWrQIADBgwwDQuNTUVb775JnQ6XYvbPnbsGPR6Pbp3\n764kGhGRw1N8V4m/vz/27dvXZJmfnx9mz559z7qnTp3CV199hfbt2+OVV16573bXr1+PRYsWKY1F\nROTw2uQTcB5//HEsXLgQQUFBGD16dIvnuA0GA4qLixEYGNgWsYiIpGTV4j5+/Di6deuGy5cvAwBG\njx6N3NxcHDx4sNn1N27ciPnz51szEhGR9Kxa3M7Ozhg0aJDpfPXFixfh4uKCxx9//J51q6qqkJaW\nhilTplgzEhGR9Mw6x23uo6yBgYGIjIzExo0b4eTkhMOHD2Pfvn3o06fPPeumpaUhKiqKj8sSET1A\nqz8sOCUlBaGhofe9I4SIftv4yHvbsKtPeSciubG420ab3FVCRETqYXETEUmGxU1EJBkWNxGRZFjc\nRESSYXETEUmGxU1EJBkWNxGRZFjcRESSYXETEUmGxU1EJBkWNxGRZFjcRESSYXETEUmGxU1EJBkW\nNxGRZFjpFvXuAAAFl0lEQVTcRESSYXETEUmGxU1EJBkWNxGRZFjcRESSYXETEUmGxU1EJBkWNxGR\nZFjcRESSYXETEUmGxU1EJBkWNxGRZFjcRESSYXETEUnGbop779692LBhg61jEBHZPY0QQtg6BADU\n1NQgODgYOTk5cHKym98nRGQGjUYDO6kUh2Y3Denm5oaQkBCkpqbaOgoRkV2zmyNuALh69SpmzpyJ\njIwMW0chIgV4xN02Wn3EHRsbi5KSEmtmgY+PD7p164bc3Fyr7oeISGatLu7Kykrcvn37gestXLgQ\ner0eTk5OyMrKMjtQbGws1q1bZ/Y4IqLfCtXPca9ZswaLFy+Gq6srhg8fbvb4YcOG4cqVKygqKlI7\nGhGRQ7DKxcns7GwEBQXB1dVV0fiYmBhs2rRJ5VRERI7BasU9duxYxePDw8Oxf/9+1NbWqpiKiKyl\nuroaH3/8MQCgrKzMxmkcn+rFnZ+fj6KiIouKW6vVIiIiAsnJySomIyJrOHHiBLy9vREZGQkA6Nmz\nJ1JSUmycyrE5W7qBjIwMbN26Fb6+vqioqMCgQYPg7OyMUaNGWbTd6OhoTJo0CVFRUZZGJCIrMRqN\nmDx5Mm7evGlaVlNTg9mzZ2P8+PHw9PS0YTrHZVFxJyUlIT4+Hrm5ufD29obBYEC/fv0QFBQENzc3\ni4J5enoiICAA6enpGD9+vEXbIiLr+N///ofKysp7ljs7O+PLL7/E888/b4NUjk9xcZ8+fRrz5s1D\ncnIyvL29Adz5E0mn01l0muRuRqPR7DEajUa1/ROR+W7duoWIiAhERETYOopDUlzc8fHxcHd3R3h4\nuGnZmTNnUFZWpkpxl5eXIycnB5s3bzZ7LJ/cImo7AQEB+P7779HY2Gha1rFjR1y7dk3xnWV0f4ou\nTlZUVODAgQOYMGECtFqtafmhQ4eg1WoRHBxscbDExERER0dbvB0isq7PPvsMjz32GNzc3PDwww+j\nV69eSE9PZ2lbkaIj7ry8PBiNRowYMaLJ8szMTAwZMgQ6nQ4FBQXo3bt3k9cXLlyIyZMnP/DCZUND\nA3bt2oXjx48riUdEbahHjx44efIkLl26hNraWvTt25enK61M0RG3u7s7AECv15uW1dTUICsry3Sa\nZP369U3GZGVl4d///neTP6dakpKSgrCwMLRr105JPCKyAV9fX/Tr14+l3QYUHXH7+/tj8ODBKCgo\nAADU19cjJiYGdXV18PPzQ2lpKbp27Wpa/+bNm/jvf/+L/v37t2r7CQkJ2L17t5JoREQOT1FxazQa\npKSkIC4uDgaDAY2NjViyZAnGjRuHHTt24OTJk1i1apVp/ffffx8vv/wy9uzZ88BtHzt2DHq9Ht27\nd1cSjYjI4Sm+q8Tf3x/79u1rsszPzw+zZ89usuyzzz5DaGgoXFxcWrXd9evXY9GiRUpjERE5PKt+\nAs61a9dQUVGBAQMGmJbd71Y9g8GA4uJiBAYGWjMWEZHULH7k/X7S0tJQXFxsOm1y/vx57Ny5E1VV\nVQgNDb1n/Y0bN2L+/PnWjEREJD2rFvecOXOa/HvLli2YPn06xowZc8+6VVVVSEtLw9tvv23NSERE\n0jPrVInS23yuXr2KV199FcXFxVizZg0+//zze9ZJS0tDVFQUbyUiInqAVn9YcEpKCkJDQ6HT6ayd\niYiI7sOuPuWdiIgezKp3lRARkfpY3EREkmFxExFJhsVNRCQZFjcRkWRY3EREkmFxExFJhsVNRCQZ\nFjcRkWRY3EREkmFxExFJhsVNRCQZFjcRkWRY3EREkmFxExFJhsVNRCQZFjcRkWRY3EREkmFxExFJ\nhsVNRCQZFjcRkWRY3EREkmFxExFJhsVNRCQZFjcRkWRY3EREkmFxExFJhsVNRCQZFjcRkWRY3ERE\nkmFxExFJhsVNRCQZFjcRkWT+D7iaM03/B6X7AAAAAElFTkSuQmCC\n",
"text": "<matplotlib.figure.Figure at 0x105703210>"
}
],
"prompt_number": 35
},
{
"cell_type": "markdown",
"metadata": {},
"source": "# Steane code\n\nMake $|\\bar{0}\\rangle$, Fig 12 from [Aliferis, Gottesman, and Preskill](http://arxiv.org/pdf/quant-ph/0504218.pdf)."
},
{
"cell_type": "code",
"collapsed": false,
"input": "CircuitPlot(CNOT(6,0)*CNOT(5,4)*CNOT(3,2)*CNOT(5,1)*CNOT(3,0)*CNOT(6,2)*CNOT(6,4)*CNOT(3,0),\n 7,labels=[\"0\",\"0\",\"0\",\"+\",\"0\",\"+\",\"+\"])",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 36,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x105862d50>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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bdfTo0XO+99SpU5o1a5Zyc3O1evVqn79bCR3HaLEIDw/Xxo0btWLFCs2aNUtT\npkxRaWmp1q5dq65dm96AsnnzZkVGRioiIsJkDMBWw4YN03vvvafMzEwNHTpUixYtOnM7tvTtoeWN\nGzdq7NixGj58uGbMmKEnnnjCxsToLLp166a//vWvGjRokC6++GLNmDFDn3766VnvKSsr05w5c/Tj\nH/9Yu3fv1qZNm855cT7wfS6rHfenpKSkaM6cOYqKimrT+HHjxun+++/X8OHD2xqhU3LSbUVo2ekC\nkZWVpXfffVcXXHCBSkpKFBoaqoiICKWnp2vChAnNPlTOV/n7tulPy1dWVqYXX3xRL7zwghoaGnT+\n+efriy++UEhIiO68884zt0/DNzhp27StWJSUlGjChAnauHFjW2ffaTlpA0LrHD9+XIcPH9ZPfvIT\nVVRUqG/fvo55mI1J/r5t+uPy1dfX69ChQ6qurtbgwYNVW1vbrid0wh5O2jaNPSDLUwsXLuTaCnQa\nvXr1Uq9evRzzxQdO69q1qyIiIhQREcH2CSNseRKP2+1WQUEBVxkDAOBn2l0s2nI4t6CgQKmpqX55\nKBgAgM6sXadCRo8erT59+ng8LiEhoT2zBQAADtWuizdhDyddpAN8l79vm/6+fPBdTto2+WtHAADA\nGIoFAAAwhmIBAACMoVgAAABjKBYAAMAYigUAADCGYgEAAIyhWAAAAGMoFgAAwBiKBQAAMIZiAQAA\njKFYAAAAYygWAADAGIoFAAAwhmIBAACMoVgAAABjKBYAAMAYigUAADCGYgEAAIyhWAAAAGMoFgAA\nwBiKBQAAMIZiAQAAjKFYAAAAYygWAADAGIoFAAAwhmIBAACMoVgAAABjKBYAAMAYigUAADDGlmKR\nl5enzMxMO2YNAAC8yGVZltXRM62pqdHIkSNVVFSkLl04aOIpl8slG1Yb8IP8fdv09+WD73LStmnL\nb/XAwEDFxcUpNzfXjtkDQKscPXpU8+fP16233qrrrrtOkjRp0iStX79ejY2N9oYDHMq2wwUZGRla\ntGiRXbMHgBYVFxdrypQp+slPfqItW7Zo/PjxevTRRyVJI0aM0P3336/BgwdrwYIFFAzge9pVLGbO\nnKmKioo2je3fv7/Cw8O1ffv29kQAAKO2b9+uq6++WmFhYfr888/1xhtvKCkpSb/+9a8lffufop07\nd+rll1/WqlWrNHbsWNXW1tqcGnCOdhWL6urqJl+o3bt3KzExUbNmzdJ9992nSZMm6euvv252/MyZ\nMzVv3ryTUcS6AAAPtUlEQVT2RAAAY7744guNHj1amZmZevLJJxUWFtbs+1wul6655hoVFhbKsixN\nmjSJIxfA/2f0VEhVVZViY2OVmJiouXPn6rnnntPgwYMVGxurU6dONXl/TEyMiouLVV5ebjIGALTJ\npEmTNHv2bCUmJrbq/eedd55ef/11HThwQK+++qqX0wG+wWixeOaZZ1RfX69x48adeW3atGnavXu3\nli5d2uyY9PR0rrUAYLvt27errKxMU6dO9Whcjx499Oijj7IfA/4/o8UiJydHMTExZ91CGhoaqsGD\nBysnJ6fZMUlJScrPz1ddXZ3JKADgkaysLE2bNk0BAQEej73xxhv1zTffaOvWrV5IBvgWY8Xi2LFj\n2rt3ryIjI5tMi4iI0LZt25odFxAQoOTkZC1fvtxUFADw2KpVq5SSktKmsV26dNHkyZO1atUqw6kA\n32OsWBw4cECSFBwc3GRaUFCQqqurm73OQpLS0tKUnZ1tKgoAeKS2tlZ1dXUtXqzZGlFRUS1eqA50\nJl1NfVB1dbUkqXv37k2mBQUFSfr2YTN9+/ZtMj00NFTR0dEqLCzUDTfc0O4sLper3Z/hdJ1hGeGb\nfHnbbM2TgH9o+Tj6Crs45btnrFicPi/Z3IKdPlLR0NBwzs8wdbuWUx5r6i1OenQr8F2+um1alqUe\nPXro8OHD6t27d4vvO9fyzZ07V/v379fChQu9FRNokZO+e8ZOhTR3JOI0t9stl8vV4he2srJSRUVF\niouLMxUHAFrN5XJp1KhRWrlyZZs/Y8WKFbrpppsMpgJ8k7FiERYWJpfLpSNHjjSZ5na7FRIScuaU\nyPctWbJEaWlppqIAgMdO3/relv/1FRUV6dChQxo1apQXkgG+xVixCAoKUnR0tIqLi5tM27t3r4YN\nG9bsuPr6eq1cuVITJ040FQUAPPab3/xGx48fV0FBgUfjLMvS008/3eZbVQF/Y/Q5FvHx8dqyZctZ\nr+3bt0+lpaVKSkpqdkxOTo7i4+PVo0cPk1EAwCNdunTRkiVLNHHiRH3yySetGmNZlh599FEdOHBA\nGRkZXk4I+AajxWL69Olyu9167bXXzry2YMECDRkyRFOmTGl2TFZWFl9IAI5w/fXXa8GCBbrhhhuU\nm5t7zgvKKysrlZ6erry8PK1Zs6bFU71AZ2O0WISHh2vjxo1asWKFZs2apSlTpqi0tFRr165V165N\nb0DZvHmzIiMjFRERYTIGALTZ2LFjlZOToyeeeEKXXHKJnn32We3fv19VVVWSvt1v/e53v9PAgQNV\nU1OjDz74QOHh4TanBpzD2O2mp1155ZVas2ZNq947f/583X///aYjAEC7/OpXv9K2bdu0detWLVq0\nSJmZmWcuTE9LS9P48eO1Z8+ec94NB3RWxotFa5WUlOjgwYMaPny4XREAoEUul0sxMTGKiYmxOwrg\nU4yeCvHEwoULubYCAAA/Y0uxcLvdKigoUGJioh2zBwAAXtLuYtGWZ5MXFBQoNTXVMc81BwAAZrTr\nGovRo0erT58+Ho9LSEhoz2wBAIBDuSyn/NUStJqT/tgM8F1sm4A9nPTds+3iTQAA4H8oFgAAwBiK\nBQAAMIZiAQAAjKFYAAAAYygWAADAGIoFAAAwhmIBAACMoVgAAABjKBYAAMAYigUAADCGYgEAAIyh\nWAAAAGMoFgAAwBiKBQAAMIZiAQAAjKFYAAAAYygWAADAGIoFAAAwhmIBAACMoVgAAABjKBYAAMAY\nigUAADCGYgEAAIyhWAAAAGMoFgAAwBiKBQAAMIZiAQAAjKFYAAAAY2wpFnl5ecrMzLRj1gAAwItc\nlmVZHT3TmpoajRw5UkVFRerShYMmnnK5XLJhtQE/iG0TsIeTvnu2/FYPDAxUXFyccnNz7Zg9AADw\nEtsOF2RkZGjRokV2zd5nNDQ06J133tHo0aMVERGhoKAgSdLVV1+tpUuX6sSJEzYnRGf2xRdf6L77\n7tPAgQN1/vnnS5IGDhyo++67T1988YXN6QD/dejQIT399NMaOnSoLrjgAknSj370I02cOFEffvih\nrUcv2lUsZs6cqYqKijaN7d+/v8LDw7V9+/b2RPBrr7zyii6++GL9+c9/1h133KGPPvpIBw8elCTN\nnj1bb7/9tiIjIzV79mw1NDTYnBadyb59+zRq1Chde+216tatm1avXq0DBw5IklavXq3u3btr5MiR\nuvHGG7Vv3z6b0wL+o6qqSikpKbrkkkv0xRdf6MUXX9SePXskSe+//76GDRumCRMm6KqrrtJ7771n\nT0irHSZPnmx9+eWXZ732+eefW7fddpt17733WrNmzbImTpxoVVRUNDv+ww8/tMaPH9+eCH7r4Ycf\ntn76059aW7dubTLtu6vtn//8pxUbG2vdcsstVl1dXUdGRCe1bds2Kzw83Hruueesmpqas6Z9d9us\nra215s6da4WHh1sfffRRR8cE/E55ebn1s5/9zJo2bZpVWVl51rTvfvcaGhqs3Nxcq2/fvtaKFSs6\nOqZltFgcPXrU6t+/v/X666+fee3Pf/6zNXToUOvkyZPNfsYvf/lL66uvvmpPDL8zb9486/LLL7e+\n/vrrZqd/vw/W1dVZY8aMscaPH281NjZ2RER0Uvv377ciIiKst956q9npzf1f5a233rIiIiKs/fv3\nezse4LeOHz9u/fznP7ceeeSRZvfzzX33PvnkE6tfv35WYWFhR0T8V5b2DP5+sXjwwQetsLAwq6Gh\n4cxrlZWVVrdu3azFixc3+xkrVqywHnroofbE8CsHDx60QkJCmhwJ+q7mNiC3220NHjzYWr9+vTfj\noZMbO3as9dRTT7U4vaWDoE899ZR1++23eysW4Pf+8z//07rtttta/M9jS9+9tWvXWgMHDjzr97K3\nGb14MycnRzExMWfdQhoaGqrBgwcrJyen2TFJSUnKz89XXV2dySg+Kzs7W0lJSYqKivJoXM+ePTVz\n5kxlZWV5KRk6u/Lycq1fv14ZGRkej83IyFBhYaHKy8u9kAzwbw0NDVq8eLEeeOABuVwuj8bGxcUp\nODhY69ev91K6powVi2PHjmnv3r2KjIxsMi0iIkLbtm1rdlxAQICSk5O1fPlyU1F8Vn19vZYsWaLp\n06e3afxdd92ljRs3qrS01HAyQHrxxReVnJys4OBgj8cGBwcrOTlZL774oheSAf5t7dq1uvDCCzVi\nxAiPx7pcLqWnp3foXZjGisXpK8Kb2+kEBQWpurpap06danZsWlqasrOzTUXxWZ999pl69Oihq666\nqk3je/furVGjRqmwsNBwMkB69913lZyc3Obx48aN07vvvmswEdA5rF27tl3fveTkZK1du7bDbkE1\nViyqq6slSd27d28y7fSzF44ePdrs2NDQUEVHR3f6X4hHjhxRWFhYuz4jLCxMlZWVhhIB/9Le7bNf\nv35sm0AbVFZWKjw8vM3je/fura5du8rtdhtM1bKupj4oICBAkpo9/3P6SMUPPWuhsbHRSBZPz0E5\nTWvy/9B77rvvPlNxgDMuv/zyH3zPD22bvv79BOzwxhtvaMKECed8zw99t3r37m0yUouMHbHo27dv\ni9PcbrdcLleLC1VZWamioiLFxcUZyWJ9e7eLz/3s2bNH/fv3V0NDwznfd65lvPnmm/XGG2/Yviz8\n+N/PddddpzVr1pzzPefaNtesWaPrrrvO9uXghx9f+7n//vs1Z86cc77nXN+98vJy9erVq8PyGisW\nYWFhcrlcOnLkSJNpbrdbISEhZ06JfN+SJUuUlpZmKorP+ulPf6oLL7ywzaeEysvL9cEHH2j06NGG\nkwHS2LFjtWzZsjaPX7ZsmcaOHWswEdA53H777XrllVfa/ITlZcuWtesaDU8ZKxZBQUGKjo5WcXFx\nk2l79+7VsGHDmh1XX1+vlStXauLEiaai+CyXy6UZM2a0+ZbR7OxsJScnn/mbDYBJ48eP14YNG1RW\nVubx2LKyMm3YsEHjx4/3QjLAv/3iF79Qnz59tG7dOo/HNjQ06Pnnn1d6eroXkjXP6HMs4uPjtWXL\nlrNe27dvn0pLS5WUlNTsmJycHMXHx6tHjx4mo/isO++8U5s2bdKmTZs8GldaWqpFixa1+VZV4If0\n7t1bd911lx555JEzh15bw7IszZ49W3fddVeHneMF/M2MGTP02GOPqba21qNxS5Ys0UUXXdTmuw3b\nxGqH7z95s7y83AoJCbGWL19+5rWZM2daQ4cOtU6dOtXsZ4wcOZJHen/Pu+++a4WFhVk7duxodvr3\nV9vBgwetK664wnr66ac7Ih46saqqKuvKK69s9WOFGxsbrdmzZ1tXXnmlVVVV1VExAb/T0NBgjR07\n1kpISLBqa2ubTG/u1/mbb75phYWFWXv27OmIiGcYPWIRHh6ujRs3asWKFZo1a5amTJmi0tJSrV27\nVl27Nr0BZfPmzYqMjFRERITJGD5v1KhRWrhwoeLi4vT888+3eItQfX298vLydM011yghIUF//OMf\nOzgpOpvg4GCtXbtWa9as0fjx47V79+4W37t7925NmDBB77zzjtauXdumB2sB+FaXLl30yiuvKCAg\nQLGxsdq0aVOLRw4rKir08MMP65577lF+fr4GDRrUsWHb00qa++umnkhOTraKioraE8GvFRUVWWPG\njLEuuOAC65577rHy8vKsv/3tb5Yk6/HHH7cGDBhgXXPNNVZeXp7dUdHJHDt27MzfBoqNjbVefvll\na/369ZYk65VXXrFiY2OtsLAw68EHH7Sqq6vtjgv4jYaGBmvBggXWoEGDrCuuuMJasGCB9e6771qS\nrFWrVll33HGHFRISYqWmploHDhywJaPLsjw4Wfo9KSkpmjNnjsd/10KSSkpKNGHCBG3cuLGts+80\niouLlZ2drR07dqi6ulrvv/++MjIydPfdd7d4USzQEerq6vTXv/5Vubm5+uabb7RhwwbdfvvtSkhI\n0G233abzzjvP7oiAX2psbNSGDRv02muv6auvvtL69es1ZswY/frXv9akSZMUEhJiWzbbisWf/vQn\njRgxosWLOgEAgO8xeo1Fa7ndbhUUFCgxMdGO2QMAAC9pd7Foy+N5CwoKlJqayqN9AQDwM+06FZKT\nk6PRo0e3+ERNAADQubSrWAAAAHyXLddYAAAA/0SxAAAAxlAsAACAMRQLAABgDMUCAAAYQ7EAAADG\nUCwAAIAxFAsAAGAMxQIAABhDsQAAAMZQLAAAgDEUCwAAYAzFAgAAGEOxAAAAxlAsAACAMRQLAABg\nDMUCAAAYQ7EAAADGUCwAAIAxFAsAAGAMxQIAABhDsQAAAMZQLAAAgDEUCwAAYAzFAgAAGEOxAAAA\nxlAsAACAMRQLAABgDMUCAAAYQ7EAAADGUCwAAIAxFAsAAGAMxQIAABjz/wCbmjDe6ZbjyQAAAABJ\nRU5ErkJggg==\n",
"text": "<matplotlib.figure.Figure at 0x105862310>"
}
],
"prompt_number": 36
},
{
"cell_type": "markdown",
"metadata": {},
"source": "Let's use the power of python to make this a little easier:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "import operator\ndef prod(c): return reduce(operator.mul, c, 1)\n\nsteane_pairs = [(6,0),(5,4),(3,2),(5,1),(3,0),(6,2),(6,4),(3,0)]\ncircuit2 = prod([CNOT(i,j) for i,j in steane_pairs])\nlabels=[\"0\",\"0\",\"0\",\"+\",\"0\",\"+\",\"+\"]\nCircuitPlot(circuit2,7,labels=labels)",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 37,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x1059d0b50>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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bdfTo0XO+99SpU5o1a5Zyc3O1evVqn79bCR3HaLEIDw/Xxo0btWLFCs2aNUtT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\nRU5ErkJggg==\n",
"text": "<matplotlib.figure.Figure at 0x10538bed0>"
}
],
"prompt_number": 37
},
{
"cell_type": "markdown",
"metadata": {},
"source": "We can now extend this to a full Steane check:"
},
{
"cell_type": "code",
"collapsed": false,
"input": "circuit1 = prod([CNOT(i+7,j+7) for i,j in steane_pairs])\ndecoder = prod([CNOT(i+7,j+7) for i,j in reversed(steane_pairs)])\ntransverse = prod([CPHASE(i+7,i) for i in range(7)])\nCircuitPlot(decoder*transverse*circuit2*circuit1,14,labels=labels+labels)",
"language": "python",
"metadata": {},
"outputs": [
{
"metadata": {},
"output_type": "pyout",
"prompt_number": 38,
"text": "<sympy.physics.quantum.circuitplot.CircuitPlot at 0x1059c6b90>"
},
{
"metadata": {},
"output_type": "display_data",
"png": 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"text": "<matplotlib.figure.Figure at 0x105b1a6d0>"
}
],
"prompt_number": 38
},
{
"cell_type": "markdown",
"metadata": {},
"source": "That's only 7 real lines of code to plot the encoding."
},
{
"cell_type": "code",
"collapsed": false,
"input": "",
"language": "python",
"metadata": {},
"outputs": [],
"prompt_number": 38
}
],
"metadata": {}
}
]
}
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