Home schooling resources for children and parents.
This home education lesson plan explores the Schrödinger Equation and the strange world of quantum physics, where particles behave like waves. Using clear explanations and interactive tasks, it helps learners understand wavefunctions, probabilities, and real-life uses of quantum mechanics maths. Ideal for ages 8–16, with full parent support and engaging activities throughout.
This Parent Q&A page offers clear, accurate answers to common questions about quantum superposition. It supports home education parents in explaining one of physics’ most surprising ideas — that particles can be in multiple states at once. With examples, analogies, and age-appropriate explanations, it’s suitable for curious learners aged 8–16.
This black hole lesson plan helps parents guide learners aged 8–16 through one of the most fascinating concepts in space science. It covers how black holes form, how event horizons work, what happens at the singularity, and how scientists detect these cosmic giants—all in one structured, hands-on format.
This resonance and standing waves lesson plan helps children aged 8–16 explore how vibrations travel, reflect, and grow. Using simple explanations, hands-on tasks, and real-world examples, your child will discover how sound and energy behave in ropes, strings, air, and even buildings. No science background needed — just curiosity!
The double-slit experiment changed science forever by showing that tiny particles like electrons behave like waves. Even stranger, just observing them can change how they act. This article explores wave-particle duality, quantum interference, and the mystery of how reality itself responds to being watched.