Time feels steady, until you measure it with light. In this hands-on model, children build a simple “light clock” idea using reflections and rhythm to explore why Einstein said motion can change time.

Gravity is not just a pull, it can be modeled as a curve. Using a stretched fabric and round objects, students observe how mass changes paths and creates orbits.

Einstein loved simple experiments that reveal big truths. With a coin, paper, and a glass, students test inertia and learn why objects keep moving unless something stops them.

What feels like gravity can also feel like motion. Students act out Einstein’s famous elevator idea to explore the equivalence principle using safe movement and careful observation.

Relativity is not just a theory in books, it helps your phone find you. Students learn how GPS needs tiny time corrections and why satellites are a real-world Einstein experiment.

Mass and energy are connected in a surprising way. Students compare everyday energy examples to understand why a little mass can represent an enormous amount of energy.

Light does not always travel in a straight line when the path itself is curved. Using safe lenses and water, students observe bending light and connect it to gravitational lensing.

Einstein solved problems by imagining them clearly. Students create a short “what if” scenario, then explain what they think would happen using evidence and logic.