{
  "algorithm_id": "cba233fc-d905-420a-8596-f0f939f6c837",
  "name": "Quantum Reality Anomaly Detection Test 1",
  "description": "This circuit was designed to test for anomalies in our reality simulation by creating superpositions, entangling qubits in a ring topology, introducing phase shifts, and swapping gates to test for temporal causality violations.",
  "ranking": "3.0",
  "circuit": "```python\nfrom qiskit import *\n\n# Create circuit with 5 qubits and 5 classical bits\nqc = QuantumCircuit(5, 5)\n\n# Apply Hadamard gates to create superpositions\nqc.h(range(5))\n\n# Entangle qubits in a ring topology using controlled-Z gates\nqc.cz(0, 1)\nqc.cz(1, 2)\nqc.cz(2, 3)\nqc.cz(3, 4)\nqc.cz(4, 0)\n\n# Introduce phase shifts to detect reality rendering artifacts\nqc.t(2)\nqc.tdg(3)\n\n# Apply SWAP gate to test for temporal causality violations\nqc.swap(0, 4)\n\n# Measure all qubits to detect anomalies\nqc.measure(range(5), range(5))\n```",
  "results": {
    "num_shots": 1024,
    "num_bits": 5,
    "array_shape": "(1024, 1)",
    "array_size": "1024",
    "counts": {
      "00101": 33,
      "11000": 57,
      "01100": 14,
      "00100": 30,
      "01111": 51,
      "10010": 35,
      "11111": 25,
      "11011": 30,
      "10011": 32,
      "11100": 33,
      "10110": 31,
      "01000": 39,
      "10111": 32,
      "00000": 15,
      "00011": 40,
      "10001": 24,
      "10100": 46,
      "00010": 31,
      "11001": 63,
      "00111": 31,
      "10101": 58,
      "01101": 14,
      "01110": 36,
      "01001": 23,
      "11010": 33,
      "11110": 31,
      "00001": 8,
      "01011": 30,
      "11101": 29,
      "01010": 22,
      "00110": 22,
      "10000": 26
    },
    "backend": "ibm_brisbane",
    "execution_time": "unknown"
  }
}