GQMC | Resources

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Resources and Links

This page features several links to materials, web applications, organizations, and more. All of them can be used by ambassadors, teachers, and participants to get in touch with quantum mechanics and to learn more about science.

Further resource collections: Presentations Lecture Notes

MIT OCW Quantum Physics I

https://ocw.mit.edu/courses/8-04-quantum-physics-i-spring-2013
"Free undergraduate-level quantum mechanics course from MIT OpenCourseWare covering wave mechanics and Schrödinger’s equation. Includes lecture notes, assignments, and additional study materials for independent learners."

The Feynman Lectures on Physics

https://www.feynmanlectures.caltech.edu/
"Classic and free online edition of Richard Feynman’s renowned physics lectures. Volume III provides an accessible yet rigorous introduction to quantum mechanics fundamentals."

Quantum Flytrap Virtual Lab

https://lab.quantumflytrap.com/
"Interactive drag-and-drop quantum simulator for experimenting with entanglement and optical components. Enables hands-on exploration of quantum phenomena in a visual virtual lab environment."

PhET Interactive Simulations

https://phet.colorado.edu/
"Non-profit project offering free interactive simulations for physics and other sciences. Includes visual tools to explore quantum phenomena in an intuitive and engaging way."

Quantiki – Quantum Information Wiki

https://quantiki.org/
"Comprehensive portal featuring articles, tools, and community resources on quantum information science. Serves as a central hub for researchers, students, and educators in quantum technologies."

Let’s Learn Quantum Mechanics Blog

https://www.scotthyoung.com/blog/myprojects/qm/
"Self-guided learning project presenting core quantum mechanics concepts with intuitive explanations. Designed to help independent learners build a structured understanding of QM topics."

IBM Quantum Learning

https://quantum.cloud.ibm.com/learning
"Online library of tutorials and exercises for learning quantum computing concepts. Includes practical quantum circuit activities using IBM’s cloud-based tools."

Qiskit

https://qiskit.org
"IBM’s open-source quantum computing SDK for building and running quantum circuits in Python. Provides libraries, documentation, and examples for developing quantum algorithms."

Quantum (Open Access Journal)

https://quantum-journal.org/
"Community-run open access journal publishing research in quantum science and technology. Offers peer-reviewed articles freely accessible to the global scientific community."

QC Learning Tools Repository

https://github.com/FerjaniMY/Quantum_Computing_resources
"GitHub repository compiling quantum computing simulators, libraries, and learning resources. Includes tools such as SimulaQron and NetSquid for research and experimentation."

Perimeter Institute’s Teacher Resources

https://resources.perimeterinstitute.ca/
"Collection of free educational materials including activities, lesson plans, and demonstration videos. Designed to support teachers introducing quantum mechanics concepts in the classroom."