We developed a way to visualize the inner workings and the mechanisms inside rocket propellers. We developed a game that shows how rocket propellers work. We also created a casual object-demolishing game, or in our context, "asteroid-demolishing". We also recreated the weird, but fun-to-solve 3 body problem of the Alpha Centauri 3-star system.

We believe this game is important as it could explain the complex science behind rocket propellers to people, in a simpler manner. This would satisfy the curiosity of primary and secondary school students who haven't learned high-level physics, but have always wondered about the science behind rockets.

We designed 3 existing rocket propulsion systems (solid, ionic, liquid) and 2 theoretical rocket propulsion system (antimatter and black hole). For solid propulsion system, we showed how the propellant were burnt to eventually produce thrust. For liquid propulsion system, we clearly showed how liquid oxygen (LOX) mix with liquid hydrogen to create thrust for the probe. For ionic propulsion system, we showed clearly how Xenon, an element that was known to be stable, became Xenon ion, and were used to produce thrust. For antimatter propulsion system, we showed the colliding of matter and its respective antimatter to create thrust and for black hole propulsion system, we showed how micro black hole produces Hawking Radiation and how they were used to provide thrust. That was how we visualize the inner workings of each propulsion systems.