multiplication.md

MULTIPLICATIONAL.md

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+# Quantum Circuit Documentation
+
+## Overview
+
+This documentation explains a quantum circuit created using Qiskit and visualized with the IBM Quantum Composer widget. The circuit involves qubit initialization, Hadamard gates, and a Toffoli gate (CCX gate), ultimately measuring one qubit's state into a classical register.
+
+## Quantum Circuit Description
+
+The quantum circuit consists of the following steps:
+
+1. Initialization:
+   - Create a 3-qubit quantum register (`q0`).
+   - Create a 1-bit classical register (`c0`).
+   - Reset qubits `q0[0]`, `q0[1]`, and `q0[2]` to the |0> state.
+   2. Quantum Gate Operations:
+   - Apply a Hadamard gate (`H`) on qubits `q0[0]` and `q0[1]`.
+   - Apply a Toffoli gate (`CCX`) with control qubits `q0[0]` and `q0[1]` and target qubit `q0[2]`.
+
+3. Measurement:
+   - Measure the final state of qubit `q0[2]` into classical register `c0[0]`.
+
+4. Visualization:
+   - The quantum circuit is visualized using the IBM Quantum Composer widget, allowing for an interactive exploration of the circuit.