Create and simulate a custom with realistic physics. Adjust planet sizes, positions, and orbits. Explore 3D space environments and test gravitational interactions. Save and share custom solar systems.
Measure acceleration, orientation, and motion with built-in sensors. Record and analyze real-time data for experiments. Detect and generate sound tones. Visualize audio waveforms. Export measurements and graphs for scientific use.
Simulate a frictionless with accurate physics. Adjust parameters to observe chaotic motion. Track and replay movements. Analyze trajectory patterns and system behavior.
Play a tenpin game with a swipe-to-throw mechanic that simulates real physics. Test different balls and lanes in practice mode. Adjust bumper settings for gameplay. Compete against other players or practice alone.
Create and simulate custom galaxies with realistic physics. Place and customize planets, stars, and other celestial bodies. Adjust orbital paths and gravitational forces. Explore 3D space and test planetary interactions.
Learn languages with AI-driven lessons tailored to your level and goals. Practice speaking, study grammar, and build vocabulary through interactive exercises. Track progress with personalized learning paths and real-world immersion activities.
Access formulas and equations for mechanics, thermal , electrostatics, current electricity, magnetism, ray optics, wave optics, and modern . Add personal notes for revision. Solve numerical problems using included equations.
Learn to improve fluency and emotional through interactive lessons. Practice communication skills like flirting, public speaking, and job interviews. Track progress with skill assessments and receive feedback.
Explore the system with 3D models of the Sun, , moons, and space objects. Rotate and zoom to detailed features. Learn about space missions and planetary data. Tap to access facts and historical information.
Explore celestial bodies in the and nearby stars with detailed location data in the Milky Way. Modify or add celestial objects to create custom systems. Simulate gravity and physics to recalculate orbits based on Newton's laws.
Use phone sensors to measure magnetic fields, gravitational acceleration, and sound. Run preloaded experiments or create custom ones. Export raw data and results for analysis. Share experiments with others.