QUANTUM LENS: VISUALIZING SINGLE-QUBIT ROTATIONS TOOL

This paper presents a dual-GUI educational toolkit designed to facilitate intuitive learning in quantum computingthrough interactive visualizations and algorithmic analysis. The first module, Quantum Lens, developed usingTkinter, allows users to apply and visualize single-qubit gate operations on the Bloch Sphere, promotingconceptual understanding of quantum state manipulation. The second module, built with Streamlit, comparesGrover’s quantum search algorithm against classical linear search, highlighting the quantum speedup throughexecution time metrics, complexity charts, and circuit visualizations. Together, these modules offer an integratedplatform for exploring quantum gate dynamics and unstructured search optimization, making theoreticalprinciples more accessible to learners and researchers.