Tutoriais/Qiskit-tutorial#08.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Qiskit Tutorial 8 - Aplicando matrizes nos circuitos"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "from qiskit import *\n",
    "import numpy as np"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<qiskit.circuit.instructionset.InstructionSet at 0x13094d160>"
      ]
     },
     "execution_count": 4,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# Podemos aplicar uma matriz unitária em um circuito\n",
    "\n",
    "matriz = [[1,0],\n",
    "          [0,1]]\n",
    "circuito = QuantumCircuit(1)\n",
    "circuito.unitary(matriz,[0])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 247.906x84.28 with 1 Axes>"
      ]
     },
     "execution_count": 5,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "circuito.draw(output='mpl')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 308.106x84.28 with 1 Axes>"
      ]
     },
     "execution_count": 6,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# É possivel dar nome para essas operações\n",
    "circuito = QuantumCircuit(1)\n",
    "circuito.unitary(matriz,[0],label='minha porta')\n",
    "circuito.draw(output='mpl')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
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