Years 3–6
Quantum Explorers
A friendly introduction to atoms, light, information, probability, qubits and quantum computers through stories, pictures and games.
- Length
- 12 weeks
- Time
- 20–30 minutes each week
Pi Leo Quantum Learning
Big ideas from the tiny world—explained simply.
Build a careful understanding of atoms, light, probability, qubits and quantum computers. Choose an age-appropriate pathway and learn one clear idea each week.
- 36 complete lessons
- No calculus in core lessons
- Accessible teaching models
- Sources shown in every lesson
Scientific diagrams are useful models, not literal pictures of invisible quantum states.
Start with the evidence
What does “quantum” mean here?
Quantum physics is the framework scientists use to describe matter, light and information at very small scales. It makes exceptionally accurate predictions, but some of its ideas differ from everyday experience.
This programme separates established results from analogies, simplified models and active research. Students learn what a model helps us see—and where it stops being exact.
Three clear starting points
Choose the pathway that matches the learner
Core explanations stand on their own. Optional extensions add depth for older students in each year band.
Years 7–10
Quantum Foundations
A clear introduction to quantum physics and quantum computing using probability, visual models and small circuits.
- Length
- 12 weeks
- Time
- 30–45 minutes each week
Years 11–12
Quantum Computing Foundations
A mathematically supported but approachable introduction to state vectors, measurement, gates, circuits, entanglement and algorithms.
- Length
- 12 weeks
- Time
- 45–60 minutes each week
A steady 12-week journey
One main lesson each week
Lessons stay open. The suggested sequence builds ideas carefully, but curious students may visit any week.
- 1Week 1
- 2Week 2
- 3Week 3
- 4Week 4
- 5Week 5
- 6Week 6
- 7Week 7
- 8Week 8
- 9Week 9
- 10Week 10
- 11Week 11
- 12Week 12
How the course works
Read, investigate, explain, check
Meet the question
Begin with an everyday story, prior knowledge and a clear essential question.
Use a careful model
Read a plain-English explanation, then compare it with a labelled analogy and limitation.
Investigate
Run an accessible interactive, collect evidence and compare repeated results.
Check understanding
Answer a short quiz with immediate feedback, then save progress and points.
For parents and teachers
Support without needing to be a quantum physicist
Every lesson includes discussion questions, answer guidance, an offline activity, safety notes and reliable sources. Print styles produce calm lesson summaries and activity sheets.
What adults can expect
- Age-appropriate vocabulary and optional extensions
- Likely misconceptions made visible
- No unverified curriculum codes or current hardware claims
- Private badges—no public children’s leaderboard
- No advertising analytics on Quantum Learning pages
Find a concept