Quantum and Particle Physics Lab

作者：Noushin Nabavi · 发表于：Zenodo (CERN European Organization for Nuclear Research) · 年份：2026 · DOI：10.5281/zenodo.20838188 · 研究领域：Physics、Computer science、Theoretical physics、Quantum mechanics

Quantum and Particle Physics Lab is a beginner-friendly interactive learning project built with Streamlit. The project provides visual and hands-on tools for exploring introductory topics in quantum physics, quantum computing, and particle physics. The app includes interactive pages for visualizing wavefunctions, probability density, quantum tunneling, the harmonic oscillator, double-slit interference, and wave-packet spreading. It also includes a NumPy-based mini quantum simulator for learning about qubits, quantum gates, measurement probabilities, CNOT operations, Bell states, and quantum teleportation. A particle physics explorer introduces quarks, leptons, bosons, hadrons, antimatter, fermions and bosons, particle properties, decay examples, and simplified conservation-law checks. The project includes supporting Jupyter notebooks, quizzes, worksheets, answer keys, glossary material, beginner/intermediate learning modes, particle datasets, and educational references. The particle data includes a beginner dataset as well as a PDG-referenced starter dataset for improved scientific context. The project also includes introductory CERN Open Data guidance and external learning resources. This project is intended for education, self-study, and beginner-level science communication. It uses simplified models and rounded educational data, and it is not intended to replace professional physics textbooks, scientific software, or authoritative particle-data references.