definite_outcome.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 2,
   "id": "d135472e-f037-4529-b6aa-23d31a7b3a2a",
   "metadata": {},
   "outputs": [],
   "source": [
    "from qiskit import QuantumCircuit, assemble, Aer\n",
    "from qiskit.visualization import plot_histogram, plot_bloch_vector\n",
    "from math import sqrt, pi"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "id": "58ea1cd0-41fb-44e1-89d0-88cc30381618",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 133.526x84.28 with 1 Axes>"
      ]
     },
     "execution_count": 9,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "# Assemble a list of circuits or pulse schedules into a Qobj.\n",
    "\n",
    "qc = QuantumCircuit(1) # Creating a Quantum Circuit with one qubit \n",
    "initial_state = [0, 1] # Define initial state as |1>\n",
    "qc.initialize(initial_state, 0) # Apply initialization operation to the zeroth qubit\n",
    "qc.draw() # Drawing the circuit"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "id": "75e15863-988f-4ddd-923a-ad56ca953f38",
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "<frozen importlib._bootstrap>:219: RuntimeWarning: scipy._lib.messagestream.MessageStream size changed, may indicate binary incompatibility. Expected 56 from C header, got 64 from PyObject\n"
     ]
    }
   ],
   "source": [
    "sim = Aer.get_backend('aer_simulator') # Telling qiskit how to simulate our circuit"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "id": "bbe249f5-8f7c-41fd-bb08-b77917a0b5e7",
   "metadata": {},
   "outputs": [],
   "source": [
    "qc = QuantumCircuit(1) # Creating a Quantum Circuit with one qubit \n",
    "initial_state = [0,1]  # Define initial_state as |1>\n",
    "qc.initialize(initial_state,0)  # Apply initialisation operation to the 0th qubit\n",
    "qc.save_statevector() # Tell simulator to save statevector\n",
    "qobj = assemble(qc)   # Create a Qobj from the circuit for the simulator to run\n",
    "result = sim.run(qobj).result() # Do the simulation and return the result"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "id": "ecca2e39-4499-41ff-beed-aedca0908919",
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Statevector([0.+0.j, 1.+0.j],\n",
      "            dims=(2,))\n"
     ]
    }
   ],
   "source": [
    "out_state = result.get_statevector()\n",
    "print(out_state) # Display the output state vector"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "id": "fff51c77-5875-4b93-9b08-a25429cf54d4",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": "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\n",
      "text/plain": [
       "<Figure size 357.679x144.48 with 1 Axes>"
      ]
     },
     "execution_count": 7,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "qc.measure_all()\n",
    "qc.draw()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "id": "23fb0108-22d3-4f78-af4f-5d447c0f14bb",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 504x360 with 1 Axes>"
      ]
     },
     "execution_count": 8,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "qobj = assemble(qc)\n",
    "result = sim.run(qobj).result()\n",
    "counts = result.get_counts()\n",
    "plot_histogram(counts)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "2988ce48-e0d9-4726-8af5-e3f55b1e7578",
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3 (ipykernel)",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.8.13"
  },
  "widgets": {
   "application/vnd.jupyter.widget-state+json": {
    "state": {},
    "version_major": 2,
    "version_minor": 0
   }
  }
 },
 "nbformat": 4,
 "nbformat_minor": 5
}