Simulation and Analysis of Bell States via Qiskit Quantum Circuits

The visualization of qubit states plays a fundamental role in understanding quantum information processing. This study explores the use of the Bloch sphere as a geometrical tool for representing and interpreting single-qubit and two-qubit states. Using the Qiskit framework, we simulate quantum circuits to demonstrate the action of quantum gates and the generation of entangled states, such as Bell states. The effects of various gate operations on qubit orientation are analyzed in the Bloch sphere representation. Furthermore, we examine the matrix formalism of quantum states and provide a statistical analysis of measurement outcomes. This work bridges the gap between theoretical quantum mechanics and experimental simulation, offering insights for both educational and research purposes in quantum computing.