CloudLabs Planet Earth vs Melt & Freeze

In this simulation, you will be given a holoprojector which will allow you to configure the solar system. You will need to select the main star of the solar system, taking into account the mass, radius and temperature. You will also need to configure the number of orbits of the planets and place each one in its respective orbit. Once you have configured the solar system, you will be able to begin the simulation in order to observe the motion of the planets around the Sun.

With this interactive app, children and learners can explore and understand the particle model of matter in a playful way. It simulates the movement and interactions of particles, helping to visualize the physical principles of phase transitions—from solid to liquid and, to some extent, gaseous states. Main Features: • Real-Time Solid-Liquid Transitions: Observe how particles behave at different temperatures as they transition from solid to liquid. • Interactive Control: Increase or decrease the temperature of the simulation and watch how the speed and movement of particles change. • Adjustable Particle Count: Modify the number of simulated particles and see how the behavior differs in small and large systems. • Educational Tool: Ideal for illustrating topics like the particle model, phase transitions, and thermodynamic processes in the classroom. • User-Friendly: Designed specifically to introduce young learners to physical concepts. This app is completely free and contains no ads or in-app purchases. It’s perfect for classroom use or independent learning at home. Bring the fascinating world of particles to life on your screen and discover the physics behind phase transitions! (This app was developed in collaboration with ChatGPT-4 and is open source: https://github.com/bothmer/TeilchenSim)