CloudLabs The Solar System vs PocketCosmos

This simulation provides you with a holoprojector which you can use 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 establish 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 start the simulation in order to observe the motion of the planets around the sun.

PocketCosmos employs a real-time gravitational computation engine, accurately simulating celestial motion in a SceneKit 3D environment. Technical Specifications: - Gravity formula: F = G x M x m / r2, real-time N-body simulation - Rendering: SceneKit + Metal, smooth 60fps performance - Scenarios: 8 curated astronomical simulations - Data source: Parameterized from NASA/JPL public datasets 8 Simulation Scenarios: 1. Solar System Panorama - all planets in proportional orbits 2. Inner Planets - close observation of Mercury through Mars 3. Outer Planets - Jupiter to Pluto orbital dynamics 4. Asteroid Belt - dozens of asteroid distribution simulation 5. Jupiter System - Galilean moon orbital mechanics 6. Pluto System - elliptical orbit and Charon tidal locking 7. Gravity Slingshot - probe acceleration effect demonstration 8. Solar System Top View - global perspective planetary alignment Education Module (6 topics): - Law of Universal Gravitation - Kepler's Three Laws - elliptical orbits, area law, period law - Tidal Locking - synchronous rotation mechanism - Roche Limit - critical disintegration distance - Supernova - stellar evolution final stage - Lagrange Points - three-body gravitational equilibrium Requirements: iOS 17.0+ | iPhone only Privacy: Zero data collection, fully local execution